Providian Trust

(1) What key issues and challenges led to the initiation of the Access Plus project? Please think about the external vs. internal and business vs. technological aspects of the issues and challenges.From an internal point of view, Providian Trust board members felt that the trust’s information system was outdated and therefore the day-to-day activities, which could be done more efficiently with a new software and process, were taking long periods of time and lots of resources. Per example, generating a financial report for a client would take the effort of several trust operators from the front office and back office which is an excess of human resource, and would take about 3 months to generate it.Clients felt they didn’t have to wait so much for a report. These kind of complain were making Providian Trust look bad against their competitors, who took considerably less time doing the same activities. Technological speaking, the Access Plus project has a big challenge. Ac cording to the information provided, the trust officers are very old dated when it comes to PC usage, some of them don’t even use one.One of the biggest division of Providian Trust (Pension & Institutional Trust Services) had the largest amount of full time employees (FTE) yet they were losing money, that’s why another important issue that led to the initiation of this project was the amount of money that was wasted by wrong handling of processes. Since trust officers usually gave late or inaccurate statements, the company was giving around 2 to 5 million $ a year in compensating wages.(2) What organizational changes that the company should have made (but failed to do) before and during the project to ensure the success of the Access Plus project?This project was basically a change initiative project. To have an effective change implementation, a careful evaluation of the problem needs to be made to begin with. I believe the team leader, Michael LeBlanc, understood the problem well but failed to properly select the change initiative team and also failed to create a sense of urgency among the organization regarding  why the change was needed. To have an effective change team, champions and helpers from every step of the organization need to be chosen.Per example, by completely ignoring the 240 IT personnel (even when IT was an essential part of the project, if not the most essential), the change team was missing important members and that made it lack credibility. The employees and trust officers were not convinced from the beginning about why the change was needed, therefore they didn’t believe in it and they didn’t even put in the effort. They also should have done a better selection of the program, focusing more in the company’s needs then in the competitor’s status.(3) What were the strengths and weaknesses of Providian’s approach in managing the project?As far as strengths go, I would only think that havin g the funds ready to make the project is one of them and also having a leader convinced that the change is needed. When it comes down to weaknesses we have lack of communication between change teams. Also, the employees are not convinced about the change and most of them were resisting it until the end. Another weakness is the lack of computer knowledge from the staff and trust officers and also how behind the IT staff was regarding the installation of computers. And lastly, informing employees that some of them will be let go off after the change, created stress in the job and made it harder for the initiative to be effective.(4) How would you evaluate the role (good or bad) that the internal auditor Peter Storey played throughout the project? Do you agree with him, why and why not? (if you were in his role what would you have done differently?)Should he be fired, why and why not?I believe Peter Storey played a good role. His job was to audit the system and give an unbiased opinion . It was his opinion that the proper controls were not in place to implement the change and I also share that view. In his report he states 13 identified risks that were not communicated to Walsh by LeBlanc. I would have sent this report to the CEO as well. I don’t think he should have been fired since he was informing his point of view and seemed  very valid. I believe the CEO made this decision without the proper information, and he also wanted the implementation to happen so he chose to follow the external audit.(5) If you were in charge of the project, what would you do differently? What have been your experience and observations of IS projects in your organization? If you were in charge of a healthcare IS implementation project in your organization, what would be the top three things-issues on your agenda list?I would’ve created a bigger sense of urgency regarding the need for change. It’s a critical aspect for a change initiative to be successful, otherw ise people don’t believe in it and its doom to fail, or work inappropriately. I would have chosen a more qualified steering committee (seeing as they didn’t feel accountable for what they were doing).I have never been part of a IS project, however I think my top three things would be: A. Properly training staff training in IT basic. B. Selection of a well varied change team and a good planned objective, easy to share with the staff. C. Open communication channels between the organizational line, from back staff to change champion. When these kind of changes are being implemented, most of the times the lower level has a better view of the issues that occur than the higher level.

Mass and Gravitational Potential Energy

WORK and ENERGY Work done by a constant force 1-The drawing shows a plane diving toward the ground and then climbing back upward. During each of these motions, the lift force acts perpendicular to the displacement , which has the same magnitude, 1. 7 ? 103 m, in each case. The engines of the plane exert a thrust , which points in the direction of the displacement and has the same magnitude during the dive and the climb. The weight of the plane has a magnitude of 5. 9 ? 104 N. In both motions, net work is performed due to the combined action of the forces , and . a. Is more net work done during the dive or the climb?Explain. b. Find the difference between the net work done during the dive and the climb. Answer: a. More net work is done during the dive. b. 6. 8 ? 107 J 2- Find the work done by a force through a displacement of 3m in the positive x direction Work-Energy theorem and kinetic energy 3-The mass of the space probe is 474-kg and its initial velocity is 275 m/s. If the 56. 0-m N force acts on the probe through a displacement of 2. 42? 109m, what is its final speed? Answer: 4-Example 2: Skier Gravitational Potential Energy, Conservative versus Nonconservative Forces 5-The gymnast leaves the trampoline at an initial height of 1. 0 m and reaches a maximum height of 4. 80 m before falling back down. What was the initial speed of the gymnast? Answer: 6-A man lifts a book of mass 0. 45 kg at a constant speed from a shelf 1. 2 m high to a shelf 2 m high 1) calculate: a)The change in PE b)The work done by the man c)The work done by gravity 2) If the book falls down from the second shelf, calculate its speed as it passes the first shelf, and its speed when it hits the ground. The Conservation of Mechanical Energy 7-A motorcyclist is trying to leap across the canyon by driving horizontally off a cliff 38. 0 m/s.Ignoring air resistance, find the speed with which the cycle strikes the ground on the other side. Answer: 8-The skateboarder in the drawing starts down the left side of the ramp with an initial speed of 5. 4 m/s. If nonconservative forces, such as kinetic friction and air resistance, are negligible, what would be the height h of the highest point reached by the skateboarder on the right side of the ramp? 9-The drawing shows a person who, starting from rest at the top of a cliff, swings down at the end of a rope, releases it, and falls into the water below. There are two paths by which the person can enter the water.Suppose he enters the water at a speed of 13. 0 m/s via path 1. How fast is he moving on path 2 when he releases the rope at a height of 5. 20 m above the water? Ignore the effects of air resistance. 10-The figure below illustrates the motion of a mass m = 300 kg as it slides along a track, which has smooth segments (frictionless). If the mass was released from rest at point A on the track, fill the table below. PEKEMEv A B C D E Nonconservative Forces and the Work–Energy Theorem 11-The 8 kg mass shown in the Figure moves 5 m up an inclined (? = 30o) rough surface (? k= 0. 2) as a result of the applied tension (T = 40N).If the mass started from rest and neglecting the masses of the pulley and the string, find: a. The work done by the frictional force b. The work done by gravitational force c. The work done by tension d. The speed of the object at the end of its motion 12-From point A to B on the rough surface, the cyclist lost 2000J of energy due to the frictional force of the rough surface of the 10 m road. She started with an initial speed vA at point A, arriving at point B with a speed of vB. The cyclist barely made it to the flat part (point C) of the frictionless surface without pedaling.If the weight of the bike and the cyclist is 980N, and point C is located at h = 0. 5 m above the ground, find: a. The speed of cyclist at point B, vB b. The speed of cyclist at point A, vA c. The coefficient of kinetic friction, Â µk , between the bike tires and the road. 13-The figure below depicts the motion of a mass m = 300 kg as it slides along a track, which has one smooth segment and two rough segments of kinetic friction coefficient of 0. 4. If the mass was released from rest at point A on the track, a. Find the point where the KE of the mass is zero (i. e. oint E where the mass comes to a complete stop) b. Plot (draw) the kinetic energy of the 300 kg mass as a function of position from point A until point D. [Show all work, use proper scale, show equations and substitution with units and show all points on the graph]. 14-The ambulance shown in the figure below (3000 kg) slides down a frictionless incline that is 10m long. It starts from rest at point A. Then it continues along a rough surface (BC) until it comes to a complete stop at point C. a. Calculate its speed at point B b. If the coefficient of kinetic friction of the rough segment (BC) is 0. , calculate the distance d the ambulance slides on before stopping. Power 15-Bicyclists in the Tour de France do enormous amou nts of work during a race. For example, the average power per kilogram generated by Lance Armstrong (m = 75. 0 kg) is 6. 50 W per kilogram of his body mass. a. How much work does he do during a 135-km race in which his average speed is 12. 0 m/s? b. Often, the work done is expressed in nutritional Calories rather than in joules. Express the work done in part (a) in terms of nutritional Calories, noting that 1 joule = 2. 389 ? 10-4 nutritional Calories. 16-You are working out on a rowing machine.Each time you pull the rowing bar toward you, it moves a distance of 1. 2 m in a time of 1. 5 s. The readout on the display indicates that the average power you are producing is 82 W. What is the magnitude of the force that you exert on the handle Graphical analysis 17- The graph below represents the kinetic energy, gravitational potential energy, and total mechanical energy of a moving block. Which statement best describes the motion of the block? a) Accelerating on a flat horizontal surface b) Sliding up a frictionless incline c) Falling freely d) Being lifted at constant velocity e) A fluid flowing in a river

Cultural diversity Essay Example | Topics and Well Written Essays - 500 words - 1

Cultural diversity - Essay Example the cultures of other ethnic groups who on the other hand believe that illness is as a result of supernatural phenomena attributing the cure to be prayers and other supernatural interventions. The interviewee discussed the different cultural health beliefs and traditions held by different ethnic group in the US that impact on healthcare providence. He discussed the traditions held by Asian islanders about the importance of their extended families and the views of the oldest male in the family are highly regarded. They however believe in harmony and this leads them to agreeing to follow recommendations from health care providers not because they believe in it but simply to avoid disagreements. The interviewee also talked about cultures of the Russian immigrants in the US, who view the US healthcare with a level of distrust since they view the relationship with medical practitioners as being authoritarian, therefore finding it difficult to openly discuss medical concerns with them. He talked about the Hispanics also, who he said that they hold a great respect for older members of the family and have to consult them on matters that concern illness and health. Other Hispanics as revealed by the interviewee view illness as punishment from God and prefer using home remedies for treatment. He also talked about African- Americans whose culture consider the importance of church and family, holding kinship ties with aunts, cousins, grandparents, uncles and even people who may not have a biological relationship to them bit have a role in their family systems. They usually consult a key family member before making decisions related to health. The interviewee also talked about the cu ltural beliefs and traditions of Native Americans who place the values of health to spiritual beliefs and family. They believe that harmony with nature lead to good health, and illness as being as a result of imbalance between supernatural forces and the person. The interviewee expressed his

Response Essay Example | Topics and Well Written Essays - 500 words - 23

Response - Essay Example After all the friends left him, Abu al-Hasan went back to his mother’s house. He promises to keep distance from his untrustworthy old friends. Therefore, Abu al-Hasan develops a new approach of inviting only strangers to his home at night. Afterwards, he refuses to recognize them. He spent a year inviting and engaging strangers. One-day Abu al-Hasan welcomed two men disguised in merchants dress to his home. Namely the Caliph and Masrur, the Sworder of his retribution. After the new friends drank and dined, Abu al-Hasan informed them that they would never meet through the story about Larrikin and the Cook (Tarnowska and Naff 471). Up to this level, Abu al-Hasan transforms into a careful yet gullible person. He extensively used symbolism and metaphors in the story to explain and justify his experiences. During the story, Larrikin mentioned that the narrative had a cause and a tail. Therefore, Caliph probed Abu to explain the cause of the story. However, Caliph objected to leave. The story took an interesting twist when Caliph asked Abu about his wish. Ironically, Abu requested to be Caliph for one day to punish shaykhs who oppressed and disapproved his hospitality. Later Caliph covertly placed Cretan Bhang in Abu’s beverage and instructed Masrur to take Abu to the Palace after he fell asleep. The Caliph told everyone in the Palace to obey and pretend Abu to fulfill his dream. Upon waking up, Abu al-Hasan found himself in a deluxe apartment. He wondered if it was paradise or heaven. Consequently, Abu assumed his new role while the Caliph watched and laughed from hiding. Later that night Caliph placed another Bhang in Abu’s drink, which made him to fall asleep (Tarnowska and Naff 477). Abu woke up in his mother’s home the next morning. His mother insisted it was a dream while Abu emphasized about the Caliph until he beat his mum with a staff. Folk outside reasoned that Jinn

Transformers Essay Example | Topics and Well Written Essays - 750 words

Transformers - Essay Example Transformers surfaced a number of years ago with its first movie debut in 2007. The movie was able to capture imaginations across the globe with its sophisticated graphics and depiction of cars turning into robots and back to cars again. In addition, the thrilling tale that bound the first Transformer movie kept me on the edge of my seat, waiting for more Transformer action and drama. Needless to say, the sequel to the first Transformer movie was bigger, better and more breath taking. The second part of Transformers has captured my attention since its inception since 2009, even though there have been other sequels as well. The second movie built upon the concepts delineated in the first movie and refined the conception of transforming robots and their mission further. Improved graphics, a stunning cast and a thrilling action story coupled to a strong plot made for an unforgettable movie. Living a routine life, I could not help appreciate the capricious nature of events depicted that assumed larger than life dimensions as two species of robots battled for control of their fates. The very label of the second movie, â€Å"Transformers: Revenge of the Fallen† speaks volumes of the intent behind this movie. Although there have been other sequels of the Transformer movie series, but the groundwork laid in this particular sequel is unmatched. Primarily, when Transformers’ second movie is compared to contemporary cinema, it becomes clear that the concept existed at the margins and this movie brought this concept to the limelight in an unmatched fashion. A number of different science fiction movies dotted cinemas and imaginations across the globe but none of them depicted entire herds of robots, each with its own distinct character and flavour. The very idea of two divergent robot herds battling each other for control of certain resources on planet Earth to dominate the other seemed out of the mundane and ordinary

Philosophy and Math Essay Example | Topics and Well Written Essays - 2000 words

Philosophy and Math - Essay Example The issues, data and assumptions raised by the mathematics are deeply analyzed by philosophy to create an articulate understanding. This combination of mathematics and philosophy provide a formidable foundation upon which to build in the course of career development and pursuit. Historically, the two have a strong link, as the logic is a strong branch of both the subjects. The work of logic in mathematics-symbolic logic- and the applied logic in philosophy provides a natural bridge with which the two subjects closely link. The other area of similarity is the fact that those undertake courses in either of two can pursue their career in a wide range of areas. Such fields of career pursuit include the computer science, journalism, financial and investment analysts, civil and diplomatic services among others. In addition, the similarity between mathematics and philosophy is what they present at the end of their argument, that is, conclusion. The major concerns are the being, existence and the truth of the presented solution. In order to establish the truth of the final solution and settlement of an argument, whether philosophical or mathematical, highly relies on the connectedness of the sense, reference and the ‘name’ of the phenomenon or the object. The sense and reference in the philosophy establish a relation between objects or names or names of the objects (Zalta 42). Philosophy for instance distinguishes the meaning of ‘a=b’ and ‘a=a’ in its conclusion. Philosophy establishes that ‘a=a’ is analytic in its nature while ‘a=b’ has a valuable extension, which must be explored, and the meaning established. Mathematics, on the other hand, does not go further to offer explanations, if any, about the cognitive meaning and val ue of the two statements. In a bid to reach a satisfactory statement   through computation, mathematics employs a

What an Amazing person Essay Example | Topics and Well Written Essays - 750 words

What an Amazing person - Essay Example He was chubby, middle aged; and he was wearing a green jacket and dirty pants. What I couldnt stand most was the stink of beer emanating from his mouth, as well as from the opened jar that he was holding. Although consuming beer in public places is illegal, he was in no condition to care about such things. He was so drunk that he couldn’t control his steps when he boarded the light rail. I felt unfortunate, when, of all the empty seats he could have chosen, he chose the one next to me. Having been brought into proximity this way, he immediately started talking to me. I felt awkward and embarrassed about the situation, especially with other passengers glancing at us curiously. I soon realized that I have no option but to put up with him. He talked about his life, and said â€Å"I was a millionaire, but I lost everything now, including my house. He continued â€Å"but I will never give up until I get all that is mine.† I was surprised with his clarity of thought even in such an inebriated state. But at the same time I did not take all his words for facts. He talked about how his chronic illness led to one surgery after another, until he lost all of his wealth. He spoke very emotionally about how he will fight on in life despite presently being in an unfortunate condition. Seeing that I was skeptical about his story, he prompted me ask him questions. He told me that he would answer any question I ask. Just to divert focus from his difficult personal life, I started talking about different countries. Qatar came into the discussion as it is my home country. He then amazed me with his knowledge about the country. He listed Qatars recent foreign policies and how it has improved in the last 15 years. He also mentioned Sheik Hamad, the president of Qatar; and Hamad Bin Jassim, the minister of foreign affairs of Qatar and how great were they in the political world. When he said that Qatar might be

Structural Equation Modeling Analyse Research Paper

Structural Equation Modeling Analyse - Research Paper Example That is, the dependent variable should be predicted by the independent variable. Model 1 covariance results show the following relationship: With the covariance expression and the derived value of a, a manual approach to the equation system gives the confirmatory and exploratory factor analysis model or structural part. The resulting equation shows the possible causal dependent factors between the exogenous and endogenous variables. The bootstrapped samples in Model 1 indicates a possible trend of multivariate function for the fit as the parameter value approaches zero. There is also the possibility of deriving sample distributions for parameter estimates from the entire samples bootstrapped. In the analysis of the covariance matrix indicated in the diagram above, deriving the solution for g considers the use of g2. The arising systematic equations during the setting of corresponding elements for sample covariance gives the following results: The equation above gives either a positive, or negative value. There are no any other equation that can provide the sign choice given for the resulting parameters of the covariance matrix functions. By using the square root of the value of g2, g will approximately be 2.05. Plugging the new value of g systematically into the equation, the resulting equation sets of parameter approximations are: Looking at the 2 models, bootstrapped samples of Model 2 possess the capacity to yield the two solution types requires for parameter estimates. That is, the loading signs are different. Generally, relative frequency of both solutions are determined by factors such as start values of SEM software, covariance sign, covariance strength, score distribution shape of parent sample, and sample size. Estimates for the loading parameter should be bimodal since there is the presence of 2 global minima for their multivariate fit

Plato in Apology and Aeschylus in Eumenides Essay - 1

Plato in Apology and Aeschylus in Eumenides - Essay Example Charged with being an associate of the Thirty and with subverting the thinking of Athenians, Socrates was brought to trial in 399 BCE. Plato’s Apology is his account of the proceedings against Socrates and, in particular, Socrates’ oratory at trial in his own defense.1 Thus, the Apology must be understood in the context of dramatic social changes taking place in Athens, particularly, the restoration of the Athenian tradition of democratic rule, and a pogrom to drive from Athens any vestige of the radical thinking associated with the Thirty. So, when we speak of reactionary sentiment in Athens at the time of Socrates’ trial, we are speaking of the force of the newly-restored democracy to return the city-state to the tradition of democratic principles.2 Plato’s Apology and Aeschylus’ Eumenides both present the transition from an old order to a new one and, in different ways, embody the human condition of duality. Whereas in the Apology Socrates pleads his case by asking questions that probe the deeper recesses of the mind, Aeschylus presents us with characters who engage in spirited debate and accusation. Thus, we are presented with two very different definitions of and perspectives on the subject of justice. Yet the entire spectrum of motivation toward and contemplation of justice is addressed in both. Let us first look at Aeschylus’ work. In Eumenides, the third in Aeschylus’ Oreseias trilogy, Apollo leads Orestes to kill his mother, Clytemnestra, who had previously killed her husband and Orestes’ father, Agamemnon.

Difference between poems Essay Example for Free

Difference between poems Essay Both poems are a response to other peoples idea of the poets cultural identities. The poems are written as though the poet is replying to some one directly. Half-Cast is about a multi cultural person who is standing up against racism and against people look down upon them because of their ethnicity. John Agard is arguing with the person who is being racist to him by questioning if Half-Cast means he is half a man. Still I rise is about a woman, Maya Angelou who has had a traumatic personal and cultural history but still she rises above it. She has had to face racial and sexual prejudice, but she still stands strong. In Half-Cast John Agard opens the poem with a polite but angry request. This opening is only an angry one because of the following lines. Excuse me; standing on one leg, I am half-cast This sarcasm is showing that he is trying to be nice but is annoyed about it. The first line is very polite but immediately after the poet is acquiring the reader of suggesting he is half a man by using the words half-caste. He uses informal language throughout the poem, the language is also written in john Agards dialect. It makes you say the words how it sounds. This could be the poet celebrating his culture. Explain yuself, Wha yu mean This also makes you as the reader feel the anger, annoyance and sadness through the Agards tone. The structure of the poem is simple but effective by using a three line opening two quite large stanzas then closes with three lines. One poetic technique he uses in each stanza is repetition of his points. Explain yuself, Wha yu mean This is repeated also so that Agard could give his reasons for being insulted and emphasises his argument. In each stanza he uses comparisons; When yu say half-caste, Yu mean Tchaikovsky, Sit down at dah piano, an mix a black key Wid a white key, Is a half-caste symphony. This is questioning it Tchaikovskys music should be seen as inferior because he mixed black and white notes. The poem is well structured and the language is perfectly composed. I have keep using this quote as it very strong and uses a lot of poetic techniques. Explain yu self, Wha yu mean. The comparisons are very good because you can understand and relate to his point as he compares his situation using metaphors. Still I rise, it is set out in 8 stanzas, and in which 7 out of 8 are all the same lengths except the eighth as it is the last stanza and is the climax of the poem. The language she uses is mostly formal but it very up beat. You may kill me, but she is not bothered. In some stanzas it seems as she is mocking the person/people who are putting her down; like they are pathetic. Does my sexiness upset you the word sexiness in this context does not only imply that she is beautiful and believes that she is, but that she feels proud of her culture, which makes her confident. Maya uses many techniques in her writing such as through out the poem she uses rhetorical questions. Did you want to see me broken? These questions force the reader to think and imagine about there own views on racism and what it would be like to be in her shoes. She also uses personification; You may kill me with your hatefulness. This is effective because kill me is a very strong phrase and keeps creating the image of her arriving back at her town after the sager. Throughout the poem she has used a rhyming pattern of every first and last lines this is successful as it builds a flowing structure to the poem. The poet uses repetition to emphasise her point Out of the hut of historys shame I rise Up from a. I rise. This shows that once again she has risen above it. Historys shame this is a direct reference to the struggles faced by her ancestors in her cultural history. I think that Mayas technique clearly puts her point across and the last stanza finishes the poem with a strong phrase of I rise, I rise, I rise, I rise presenting that life is hard but what ever it throws at you, you shall rise above it. In each of the poems Maya Angelou and John Agard use repetition which emphasises their subliminal messages in the poem. John Agard gets quite defensive and angry, whereas Maya Angelou although angry and annoyed she stays calms and rises above it. I think the message of the two poems is that even when we are faced with prejudice and discrimination we can be the better people by not complying with it. I also believe the most effective techniques used to present their opinions of their cultures and peoples perception of them were repetition, similes and rhetorical questions; this created the tense moments that draw the reader in to go on and finish the poem.

Analysis of effluents in chemical industry

Analysis of effluents in chemical industry Abstract: This report deals with effluent samples obtained from a Ceramic Industry, and analysis for their physicochemical properties, metallic and non-metallic ions. These parameters were compared with established international standard issued by EHS Guidelines. The heavy Ceramic Industry is an important source of pollutants to the environment. Ceramic wastewaters not only contain high suspended and total solids but also significant amounts of dissolved organics resulting in high BOD or COD loads. The method of testing for these parameters, and consequent laboratory results have been illustrated here with reference to their effect on the surrounding environment. The need for an in depth analysis and measurement of effluents, as a primary step towards wastewater treatment, has been established. Introduction Manufacturing industries are under continuous surveillance to adhere to environmental standards of pollution and control. In such situations, instead of viewing regulatory controls as extremely restrictive, they can exploit it to their benefit. By projecting itself as pro-environment, the company can work up a positive image and gain advantage against its competitors. From an economic point of view, by finding alternate methods of waste treatment, the company can save costs on disposal procedures. By recycling its wastes, the industry can also cut down on their raw material consumption. These are but a few reasons why chemical industries should devote their research and technology towards effluent analysis. Only by an assessment of their wastes, the industry would be able to focus on the method of treatment required. Waste Effluent and Environment Impact Effluent analysis and monitoring systems should be implemented for all activities that may be recognized as having potential impact on the environment. Waste treatment and effluent disposal usually depends on a combination of dilution, dissipation, physical, chemical and biological means as a technique to achieve treatment. Inappropriate sitting of treatment plants, ponds and effluent disposal systems can cause nuisance to residents, compromise sensitive landscapes and natural habitats. The potential for nuisance depends on a number of variable factors including prevailing and seasonal weather conditions, topography, separation distances from residences and public facilities, the quantity, concentration and the type of effluent and the nature of the receiving water environment. These factors are required to be assessed in an integrated way when an application for waste treatment and effluent disposal system is considered Importance of Measurement The most common disposal methods are landfill and to a lesser extent incineration. Each year approximately 111 million tonnes of controlled waste (household, commercial and industrial waste) are disposed of in landfill sites in the UAE. Some waste from sewage sludge is also placed in landfill sites, along with waste from mining and quarrying. As landfill waste decomposes, methane is released in considerable quantities. Methane is a strong greenhouse gas and contributes to global warming. Furthermore, the leachate fluids formed from decomposing waste can permeate through the underlying and surrounding geological strata, polluting groundwater which may be used for drinking water supplies. Containment landfills however, can limit the spread of this waste leachate. Initially, Environment Protection Agencies came up with test methods so as to determine the amount of waste effluents released by an industry and the pollution caused by it to the environment. They intend to limit the amount of chemicals that can be hazardous if left in a final effluent and released into the surroundings. In addition to this, an accurate analysis of the effluents gives an estimate of the kind of treatment and machinery required by the industry for its treatment. It is important to determine the Emission Limit Values (ELV) for every industry so that the effluents released by them to the environment is within permissible limits. Ceramic Industry Release of waste effluents to the environment is one of the main problems of the ceramic industry. Environment issues related to ceramic industry mainly include waste water and solid wastes. Production of ceramics consumes a lot of energy, especially for the operation of a kiln for its grinding operations. Wet milling, though being the preferred method of grinding, releases waste slurry. The ingredients in glazes and the clay body itself are toxic and could be carcinogenic in their raw form. Process wastewater is mainly generated from cleaning water in preparation and casting units, and various process activities like glazing, decorating, polishing, and wet grinding. Process water is characterized by its turbidity and coloring due to very fine suspended particles of glaze and clay minerals. The potential pollutants of concern include suspended solids (e.g. clay and insoluble silicates The effluent sludge primarily contains: SiO2 Al2O3 Na2O Fe2O3 TiO2 MgO CaO K2O Other elemental impurities like Lithium, Strontium, Barium and Manganese are also present. Apart from these inorganic substances, it contains biologically degradable organic matter. Emission and Effluent Guidelines The following table gives the emission and effluent guidelines for the ceramic industry as provided by the General Environment, Health and Safety Guidelines Document. The chemical concentration of the effluent should not exceed those mentioned below: Deviation from these levels in consideration of specific, local project conditions should be justified in the environmental assessment. Test Parameters pH Conductivity Total Dissolved Solids Total Suspended Solids Oil and Grease Biological Oxygen Demand Chemical Oxygen Demand Heavy Metals, Major Metals and Trace Elements pH (Power of Hydrogen) It is the activity of dissolved hydrogen ions. It is measured with an ion-sensitive electrode which responds to hydrogen activity. Conductivity Conductivity is the degree to which a water sample can carry an electric current. The magnitude of the conductivity of a sample is a function of the amount of ions present in the sample. High conductivity can be an indicator of excessive mineralization from either natural or industrial sources. The measure of conductivity is also a good screening test which helps determine which additional testing is required. Total Solids Total Solids in an effluent is the measure of the suspended particles and dissolved substances in it. The suspended particles consist of the particulate matter that is retained by a filter and the solids that pass through the filter forms the dissolved substances. It gives an indication of the salinity, turbidity and conductance of the effluent. ie. TS = Total Dissolved Solids + Total Suspended Solids Total Dissolved Solids (mg/L) include minerals, salts, cations, anions dissolved in water. To measure TDS, The sample is filtered first and the filtrate is heated in a dish till all the water evaporates leaving behind a residue. The weight of the empty dish should be determined previously. The dish along with the residue is measured again and the difference in weight gives the TDS of the sample. Total Suspended Solids (mg/L) are solid materials suspended in water that can be trapped by a filter. To measure TSS, the effluent sample is passed through filter of preferably 0.45 micrometers. The filter weight should be determined previously. The residue on the filter is dried at around 100o C till all the water evaporates and the weight is measured again. The difference in the weight of the filter gives the TSS of the sample. Experimental Values of the Sample Prior to Treatment pH = 6.72 Salinity = 0.7 Conductivity = 1.67 S /Â ·m TSS = 2970 mg/L TDS = 1665 mg/L Total Solids = 4455 mg/L (BOD/COD to be performed) Biological Oxygen Demand Microorganisms such as bacteria are responsible for decomposing organic waste. When organic matter such as dead plants, leaves, grass clippings, manure, sewage, or even food waste is present in a water supply, the bacteria will begin the process of breaking down this waste. When this happens, much of the available dissolved oxygen is consumed by aerobic bacteria, robbing other aquatic organisms of the oxygen they need to live. Biological Oxygen Demand (BOD) is a measure of the oxygen used by microorganisms to decompose this waste. Since it is a measure of the quantity of oxygen required for biodegradation, it can be used to detect the amount of bio-degradable matter. BOD is measured by either Dilution Test (BOD5) and Manometric Test. BOD5 is the most widely used method of testing. Apparatus: 300 ml BOD bottles 2 5 liter glass bottle with siphon. 20 Â ± 1Â °C incubator DO meter Burette Nutrient Solutions: Phosphate buffer : Dissolve 8.5 g KH2P04, 21.75 g K2HP04, 33.4 g Na2HP04Â ·7H20, and 1.7 g NH4Cl in approx. 500 ml reagent water. Dilute to 1 L. The pH should be 7.2. Store in 4Â °C refrigerator. Magnesium sulfate solution : Dissolve 22.5 g MgSO4Â ·7H20 in reagent water. Dilute to 1 L Calcium chloride solution : Dissolve 27.5 g CaCl2 in reagent water. Dilute to 1 L. Ferric Chloride solution : Dissolve 0.25 g FeCl3Â ·6H20 in reagent water. Dilute to 1 L. Sample Preparation Test the effluent sample for residual chlorine. If detected, employ de-chlorination techniques and check again pH of the sample should be between 6.5- 7.5. As needed, dilute the sample with 1 N Sulfuric Acid or 1 N Sodium Hydroxide. To prevent loss of oxygen during incubation of these samples, the DO should be reduced by shaking the sample or aerating it with filtered compressed air. Blank Samples Dilution water may be prepared immediately before use, or, except for the addition of the phosphate buffer, days or weeks ahead of time. 1 ml of each nutrient solution is added per liter of dilution water. The phosphate buffer is the critical nutrient in stimulating contaminating growths so it must be added the day the water is to be used. Distilled water should be allowed to equilibrate in the incubator or with outside air for at least 24 hours at 20Â °C before use. To avoid dust or dirt contamination while allowing oxygenation, use a paper towel, cotton plug, or sponge to cover the bottle opening. The BOD bottle is filled by slowly adding sufficient dilution water so that the stopper can be inserted without leaving an air bubble Completely fill two BOD bottles with dilution water to be incubated as blanks. Incubation and Dissolved Oxygen Determination Calibrate DO meter each day of use and check membrane of probe. Record the barometric pressure each day of analysis. Determine the DO of the two dilution water blanks and all sample bottles Place the samples and the 2 dilution water blanks in a 20 Â ± 1Â °C incubator for 5 days. Fill water seals with dilution water and cap to reduce evaporation from seals. Check daily, add water to seals if necessary. Before removing the caps, pour off the water above the cap. After 5 days, determine the DO of the two dilution water blanks and the sample bottles. Calculation The BOD is calculated using the difference between the initial and final dissolved oxygen levels in the sample. This value is multiplied by the dilution factor which is the ratio of bottle volume to sample volume. Chemical Oxygen Demand The determination of Chemical Oxygen Demand (COD) is widely used in municipal and industrial laboratories to measure the overall level of organic contamination in wastewater. The contamination level is determined by measuring the equivalent amount of oxygen required to oxidize organic matter in the sample. COD differs from BOD in that it measures the oxygen demand to digest all organic content, not just that portion which could be consumed by biological processes. A COD test measures all organic carbon with the exception of certain aromatics (benzene, toluene, phenol, etc.) which are not completely oxidized in the reaction. COD is a chemically chelated/thermal oxidation reaction, and therefore, other reduced substances such as sulfides, sulfites, and ferrous iron will also be oxidized and reported as COD. NH3-N (ammonia) will NOT be oxidized as COD. COD can be measured by the closed reflux titrimetric method and the closed reflux colorimetric method Reactor: The heater, or reactor, is used to obtain fast organic reactions. Since it is vital that the reaction take place at 150Â °C (Â ±2Â °C) for 2 hours it is important to ensure accurate pre-heating.. The reactor is equipped with a timer to notify the operator when the reaction is completed. Titration: A sample is refluxed in strongly acidic solution with a known excess of potassium dichromate (K2Cr207). After digestion the remaining unreduced K2Cr207 is titrated with ferrous ammonium sulphate to determine the amount of K2Cr207 consumed and the oxidizable matter is calculated in terms of oxygen equivalent. This procedure is applicable to COD values between 40 and 400 mg/L. Higher COD values can be obtained by careful dilution or by using higher concentrations of dichromate digestion solution Colorimetric: When a sample is digested, COD material in that sample is oxidized by the dichromate ion. The result is the change in chromium from the hexavalent (VI) to the trivalent (III) state. Both chromium species exhibit a color and absorb light in the visible region of the spectrum. In the 400 nm region the dichromate ion (Cr2072-) absorbs strongly while the chromic ion (Cr3+) absorbs much less. In the 600 nm region it is the chromic ion that absorbs strongly and the dichromate ion has nearly zero absorption. This method covers the ranges from 0 to 15000 mg/L 02 0- 150 mg/L near 420 nm 0-1000 (1500) mg/L near 600 nm 0-15000 mg/L near 600 nm The US Environmental Protection Agency specifies that the only acceptable reportable measuring method for COD is the colorimetric dichromate method. Advantages in using this method include high accuracy, certifiable results and abate chloride interference. The chemical oxygen demand (COD) test is widely used as a means of measuring the organic strength of domestic and industrial wastes. This test allows measurement of a waste in terms of the total quantity of oxygen required for oxidation to carbon dioxide and water. It is based upon the fact that all organic compounds, with a few exceptions, can be oxidized by the action of strong oxidizing agents under acid conditions. The amino nitrogen will be converted to ammonia nitrogen. However, organic nitrogen in higher oxidation states will be converted to nitrate. During the determination of CID, organic matter is converted to carbon dioxide and water regardless of the biological assimilability of the substances. For example, glucose and lignin are both oxidized completely. As a result, COD values are greater than BOD values and may be much greater when significant amounts of biologically resistant organic matter is present. Wood-pulping wastes are excellent examples because of their high lignin content. One of the chief limitations of the COD test is its inability to differentiate between biologically oxidizable and biologically inert organic matter. In addition, it does not provide any evidence of the rate at which the biologically active material would be stabilized under conditions that exist in nature. History of the COD Test Chemical oxidizing agents have long been used for measuring the oxygen demand of polluted waters. Potassium permanganate solutions were used for many years, and the results were referred to as oxygen consumed from permanganate. The oxidation caused by permanganate was highly variable with respect to various types of compounds, and the degree of oxidation varied considerably with the strength of reagent used. Oxygen-consumed values were always considerable less than 5-day BOD values. This fact demonstrated the inability of permanganate to carry the oxidation to any particular end point. Ceric sulfate, potassium iodate, and potassium dichromate are other oxidizing agents that have been studied extensively for the determination of chemical oxygen demand. Potassium dichromate has been found to be the most practical of all, since it is capable of oxidizing a wide variety of organic substances almost completely to carbon dioxide and water. Because all oxidizing agents must be used in excess, it is necessary to measure the amount of excess remaining at the end of the reaction period in order to calculate the amount actually used in t he oxidation of the organic matter. It is relatively easy to measure any excess of potassium dichromate, an important point in its favor. In order for potassium dichromate to oxidize organic matter completely, the solution must be strongly acidic and at an elevated temperature. As a result, volatile material originally present and those formed during the digestion period are lost unless provision is made to prevent their escape. Reflux condensers are ordinarily used for this purpose and allow the sample to be boiled without significant loss of volatile organic compounds. Certain organic compounds, particularly low molecular weight fatty acids, are not oxidized by dichromate unless a catalyst is present. It has been found that silver ion acts effectively in this capacity. Aromatic hydrocarbons and pyridine are not oxidized under any circumstances. Chemical Oxygen Demand By Dichromate Potassium dichromate is a relatively cheap compound that can be obtained in a high state of purity. The analytical-reagent grade, after drying at 103 oC, can be used to prepare solutions of an exact normality by direct weighing and dilution to the proper volume. The dichromate ion is a very potent oxidizing agent in solutions that are strongly acidic. The reaction involved in the usual case, where organic nitrogen is all in a reduced state(oxidation number of -3), may be represented in a general way as follows: CnHaObNc + dCr2O2-7 + (8d +c)H+ nCo2 + (a+ 8d-3c)/2 H2O + cNH+4 + 2dCr3+ Where d = 2n/3 +a/6 b/3 c/2. For these and other reasons, dichromate approaches an ideal reagent for the measurement of COD. Selection of Normality COD results are reported in terms of milligrams of oxygen, Since the equivalent weight of oxygen is 8 g, it would seem logical to use a N/8 or 0.25 N solution of oxidizing agent in the determination so that results can be calculation in accordance with the general procedure. Experience with the test has shown it has sufficient sensitivity to allow the use of a stronger solution of dichromate, and a N/4 or 0.25N solution is recommended. This allows the use of larger samples by doubling the range of COD that can be measured in the test procedure, since each milliliter of a 0.25 N solution of dichromate is equivalent to 2 mg of oxygen. In any method of measuring COD, an excess of oxidizing agent must be present to ensure that all organic matter in oxidized as completely as is within the power of the reagent. This requires that a reasonably excess be present in all samples. In it necessary, of course, to measure the excess in some manner so that the actual amount reduced can be determined. A solution of a reducing agent is ordinarily used. Nearly all solutions of reducing agents are gradually oxidized by oxygen dissolved from the air unless special care is taken to protect them from oxygen. Ferrous ion is an excellent reducing agent for dichromate. Solutions of it can be best prepared from ferrous ammonium sulfate which is obtainable in rather pure and stable form. In solutions, however, it is slowly oxidized by oxygen, and standardization is required each time the reagent is to be used. The standardization is made with the 0.25N solution of dichromate. The reaction between ferrous ammonium sulfate and dichromate may be represented as follows: 6Fe2+ + Cr2O2-7 + 14H+ - 6Fe3+ + 2Cr3+ + 7H2O Blanks Both the COD and BOD tests are designed to measure oxygen requirements by oxidation of organic matter present in the samples. It is important, therefore, that no organic matter from outside sources be present if a true measure of the amount present in the sample is to obtained. Since it is impossible to exclude extraneous organic matter in the BOD test and impractical to do so in the COD test, blank samples are required in both determinations. Indicator A very marked change in oxidation-reduction potential (ORP) occurs at the end point of all oxidation-reduction reactions. Such changes may be readily detected by electrometric means if the necessary equipment is available. Oxidation-reduction indicators may also be used; Ferroin (ferrous 1,10-phenanthroline sulfate) is an excellent one to indicate when all dichromate has been reduced by ferrous ion. It gives a very sharp brown color change that is easily detected in spite of the blue color produced by the Cr3+ formed on reduction of the dichromate. Calculations Although an oxidizing agent is used in the measurement of COD, it does not figure directly in the calculation of COD. This is because a solution of reducing agent must be used to determine how much of the oxidizing agent was used, and it is simpler to relate everything to the reducing agent in this case, because its strength varies from day to day and its normality is seldom, if ever, exactly equal to 0.25N. Calculation of COD is made using the following formula : COD(mg/L) = 8000 (blank titr. sample titr.) [norm. Fe(Nh4)2(SO4)2] mL sample Methods to Reduce Hazardous Waste Generation The COD test can generate a large volume of liquid hazardous waste. In the past, common practice was to dilute completed samples with tap water and discharge them down the drain with a good flushing of water. This meant that considerable quantities of acid, chromium, silver, and also mercury (added for chloride complexation) could reach a treatment plant and perhaps surface waters. For this reason, drain disposal is now discouraged and sometimes prohibited, and so spent solutions must be stored, packaged and disposed into approved hazardous waste storage sites. It is possible to reduce this problem by recovering silver and mercury from the samples, but this requires proper permitting. In order to reduce this problem, alternate procedures can be used. Standard Methods now offers two closed reflux methods in which smaller sample and reagent volumes are used. Refluxing here is conducted in sealed containers. However, the principles are essentially the same as in the more historical open -reflux method. In order to maintain sufficient sensitivity with the reduced volumes, the concentration of the ferrous ammonium sulfate titrant is reduced. In one variation, a colorimetric rather than a volumetric procedure is used. This takes advantage of the change during organic oxidation from orange color of Cr(VI), which absorb at 420 nm. Measurements of color change from sample oxidation at either wavelength can be used for quantification. Although costs of prepared reagents for the closed flux COD procedures from commercial companies tend to be high, many analysts prefer them in comparison with reagents for the conventional reflux procedure because of their easy in use and reduction in quantities of resulting waste chemicals requiring disposal. While these considerations tend to support the use of the closed reflux procedure, a similar variation can be made with the open reflux procedure as well. Here, for example, a 10 mL rather than a 50mL samples can be used. In this case, only 5 mL of dichromate solution is added together with only 15 mL of Ag+ amended concentrated sulfuric acid. By reducing the concentration of the ferrous ammonium sulfate titrant from 0.25 N to 0.025 N, suitable sensitivity can still be maintained. The sample reflux apparatus as used with larger samples works satisfactorily here. With this modification, only one-fifth of the volume of waste solutions are generated, and little sacrifice in analytical precision is made. Inorganic Interferences Certain reduced inorganic ions can be oxidized under the conditions of the COD test and thus can cause erroneously high results to be obtained. Chloride causes the most serious problem because of its normally high concentration in most wastewaters. 6Cl- + Cr2O2-7 + 14H+ - 3Cl2 +2CR3+ + 7H2O Fortunately, this interference can be eliminated by the addition of mercuric sulfate to the sample prior to the addition of the other reagents. The mercuric ion combines with the chloride ions to form a poorly ionized mercuric chloride complex Hg2+ + 2Cl- HgCl2 (aq) In the presence of excess mercuric ions the chloride-ion concentration is so small that it is not oxidized to any extent by dichromate. Nitrite ix oxidized to nitrate and this interference can be overcome by the addition of sulfamic acid to the dichromate solution. However, significant amounts of nitrite seldom occur in wastes or in natural waters. This also holds true for other possible interferences such as ferrous iron and sulfide. Application of COD Data The COD test is used extensively in the analysis of industrial wastes. It is particularly valuable in surveys designed to determine and control losses to sewer systems. Results may be obtained within a relatively short time and measures taken to correct errors on the day they occur. In conjunction with the BOD test, the COD test is helpful in indicating toxic conditions and the presence og biologically resistant organic substances. The test is widely used in the operation of treatment facilities because of the speed with which results can be obtained. BOD Vs. COD To measure oxygen demand, biochemical oxygen demand (BOD) relies on bacteria to oxidize readily available organic matter during a five-day incubation period. COD uses strong chemicals to oxidize organic matter. Generally, COD is preferred to BOD for process control measurements because results are more reproducible and are available in just two hours rather than five days. By the time you have the results from a five day test, the plant conditions are no longer the same, so real time monitor and control cannot be relied upon by the use of BOD. COD is a quick and easy and the process at the wastewater treatment plant can be optimized and controlled with real time accuracy. BOD simulates the actual treatment plant process by measuring the organic material microorganisms can oxidize. Although COD is comparable to BOD, it actually measures chemically oxidizable matter. The COD test is not a direct substitute for the BOD test; however, a ratio usually can be correlated between the two tests. This requires COD versus BOD testing over a specified period of time. For industrial samples, COD is the only feasible test because of the presence of bacterial inhibitors or other chemical interferences, which would interfere with a BOD determination. Many industrial laboratories find that parallel COD and BOD testing is beneficial because the COD test can be used to target a specific BOD range. Conclusion The Ceramic Industry is a major source of pollutants to the environment. Industrial Wastes unless treated pose a threat to the environment and are extremely hazardous if left untreated. Hence evaluation of the same is of utmost important. The composition of the effluents should fall within the Emission Limit Values as specified by EHS Guidelines. Analysis of effluents forms the primary phase of Wastewater Treatment. It indicates the type of treatment required and gives an estimate of the machinery and infrastructure to be laid. Only through a thorough assessment the industry would be able to gauge the various possibilities of treatment and recycling. Summary and Future Research The study so far has identified the importance and need for effluent analysis as the first step towards treatment systems. The chemical composition of effluents released from the Ceramic Industry have been estimated and their ELVs mentioned. The tests and methods of analysis have been explained in depth and simulated in the laboratory so as to determine the chemical concentration levels of the effluent sample prior to treatment. Further tests will include an analysis of the treated samples and verification with the standard values issued by EHS Guidelines. In addition, ICP atomic spectroscopy will be used to identify the presence of elemental contaminants and a report of the same will be provided to the Ceramic Company for their reference. Bibliography Metcalf Eddy, Inc., George Tchobanoglous, Franklin Burton, H. David Stensel, Wastewater Engineering Treatment and Reuse, 4th ed. McGraw-Hill. Lenore S. Clescerl, Arnold E. Greenberg, Andrew D. Eaton, Standard Methods for Examination of Water Wastewater, 20th ed. Washington, DC: American Public Health Association. Environmental, Health and Safety Guidelines for Ceramic Tile and Sanitary Ware Manufacturing (pdf). M.L. Nollet, Handbook of Waste Analysis, 2nd ed, McGraw-Hill Publications. Sawyer, McCarty Parkin, Chemistry for Environmental Engineering and Science, 5th edition. McGraw-Hill Publications. Importance of Quantitative Measurements Quantitative measurements serve as the keystone of engineering practice. Environmental engineering and science is perhaps most demanding in this respect, for it requires the use of not only the conventional measuring devices employed by engineers, but, in addition, many of the techniques and methods of measurement used by chemists, physicists, and some of htose used by biologists. Every problem in environmental engineering and science must be approached initially in a manner that will define the problem. This approach necessitates the use of

Avon Case :: essays research papers

Recommendations for Avon Case Two recommendations for promoting direct-sales through consumer and the business; One is to offer incentives to its customers and second is to motivate the business to promoting its products by advertisements, establishing sales competition for employees, participating in conventions, and by endorsing franchise of its products to retail stores. Promoting Avon’s products and high chance of increasing direct-sales is to offer incentives to its consumers. Incentives provide a positive motivational influence to encourage and excite buyers to buy the products. Such incentives, appropriate for this situation, are coupons, rebates, product samples and awards. Coupons can be attached in mail, beauty magazines, newspapers, and advertisements on mail or on the internet company’s official website. Rebates can be offered also to attract more buyers to buy the products. Rebates can be advertised also on coupons through mail or the internet. Another successful way of attracting consumers is by offering samples of Avon’s cosmetic products, which can be done door-to-door or attached on an advertisement through mail. Finally, awards through prizes, contests or sweepstakes can offer consumers the chance to win something small or big like cash or a free-trip to the Bahamas. Also, prizes can be offering a free gift wheneve r a consumers purchase one of Avon’s products. This last incentive option attracts more attention from consumers than the three other options. Motivate the Avon business to reach its goals of promoting its products and gaining sales through advertisements, sales competition, participating in conventions and endorsing franchise. Advertising is the key to attracting consumers and the outcome is high sales. Such advertisement is done through media (television), mail, or the internet. The more awareness from the public of the company the more likely to attract more buyers and the outcome is high sales.

Dont Forget Working Capital When You Buy a Website :: Sell Websites Buy Websites

Don't Forget Working Capital When You Buy a Website Reprinted with permission of VotanWeb.com If you intend to obtain a loan to buy a website, you should consider how much capital you should have available until the website starts generating income. Believe it or not, many buyers overlook this and wind up in trouble soon after they acquire a website. It is important that you determine the "working capital" requirements of the website before you purchase. This is the amount of money you will need available to fund the website after you take over until it becomes self-sufficient, meaning that there is enough inflow of cash to pay the bills of the website as well as your family. There isn't a standard method to determine working capital requirements, but it is something that you can calculate. Of course, you must keep in mind that every scenario is different. For example, if you acquire a website where clients pay immediately, then you will have an inflow of cash the first day that you take over. On the other hand, if it's a website where you grant payment terms to clients and the average time to collect is 30 days, then at a bare minimum, you will need at least one month of working capital. The other thing to consider is inventory. If you will have to purchase products to sell prior to seeing payments form clients, here too your cash flow will be affected. The best way to approach this for any website is to do a forecast for the first six months after closing. Generally, you should take the average monthly revenue for the past year. Then, factor in any seasonality to the business. For example, if you are buying a website that sells primarily school supplies to college students, then you can certainly expect sales to be far lower in the summer than they will be in September. Once you determine the average sales, then you must calculate all of the fixed costs that you will incur from day one. These are all of the expenses that the business will have that are not related to the sales. For example, your webmaster is a fixed expense. You have to pay this regardless of what the website revenues may be. Other fixed costs include: marketing, advertising, insurance, taxes, etc. Always add a cushion of at least 10% - 15% to cover miscellaneous costs that always arise for new website owners.

History of the PC :: Essays Papers

History of the PC â€Å"If one thinks about it, it is truly remarkable how far the technology has advanced since the first digital computer was introduced in 1946. The ENIAC (Electronic Numerical Integrator and Calculator) was designed and built at the University of Pennsylvania. It weighed 30-tons and took up 1500 square feet of floor space. The first computer developed in Europe was the EDSAC (Electronic Delay-Storage Automatic Computer). This machine was built at Cambridge University in 1949. What characterized these earliest machines is that the switching and control functions were handled by vacuum tubes. This feature typifies what is termed the first-generation of computers. EDSAC had one feature that ENIAC lacked. Within the computer was stored the instructions to control the machine and the data to be operated upon. This was the first of the stored program computers. The first commercially available digital computer was the Sperry Rand UNIVAC I. This was sold to the Bureau of the Census and put in place in 1951. In the late 1950's the bulky and hot vacuum tubes were replaced in computer designs by smaller, more reliable solid state transistors. The use of transistors as the basic component of computer design characterizes what is known as the second generation of computers. 1963 brought about the start of third-generation computers. Solid-logic technology (SLT) enabled the development of the integrated circuit (IC). ICs allowed the placement of as many as 664 transistors, diodes and other associated components on silicon chip less than one eighth of an inch square. We are now in the midst of the fourth-generation of computers. Characterized by continued miniaturization of circuitry, such developments as large-scale integration (LSI) and very large-scale integration (VLSI) have enabled the current crop of machines to have a level of power and speed that was almost unimaginable 20 years ago. Now on to the history of the microcomputer. The first commercially available personal computer was the Scelbi-8H that went on sale in March 1974. The machine was designed around the Intel 8008 microprocessor, a less powerful 8-bit design than the later 8080. A machine in kit form with 1K of memory sold for $440.00. About 200 of these machines were sold in kit form and assembled. Half were the Scelbi-8H hobby machines, the rest were Scelbi-8B business computers, which were released in April 1975, having as much as 16K of memory. The first commercially successful microcomputer was the MITS Altair 8800 designed by Ed Roberts.

Ikea Supply chain

How old are the students studying MU 123 ? Knowing that the number of students in MU 123 is 80 a questionair is been made to know the ages of those students as they are consider small segment from the AOU and we can from that know from this study know the avarage age of AOU students. 28 students were in the age of 18 – 21 18 student were in the age of 22 – 28 11 students were in the age of 25 – 28 9 students were in the age of 28 – 31 7 student s were in the age of 32 – 35 6 students were in the age of 35 – 40 1 student on were age above 40Part (b) Collect relevant data needed to answer your question (stage C). This will involve choosing samples or designing questionnaires and key the data into a spreadsheet. Most of the data you will need is secondary data that already exist in the internet or published literature and can be adapted for your investigation. You may refer to your text book, (Book A, pages 183 & 184) and learn more how to deal with data. When presenting your data it is important to provide the reference to the data source you are adapting. (30 marks).As it shows in the table below How old are the Students studying MU 123 Age Range 18-21 22 – 25 26-29 30-33 34-37 38-40 40 + Number 28 18 11 9 7 6 Percentage% 22. 50% 13. 75% 11 . 25% 8. 75% 7. 50% whenever the age increase the number of students decreases. 35% are the highest percentage with 28 students in their fresh years. 1. 25% are the lowest percentage with only 1 student enrolled above the age 40. 27. 5% are the number of students attending between 30 to 40 Part (c) Analyse the data that have been collected (stage A).This stage involves steps in summarising and measuring the collected data. The associated measures that we expect you use in your TMA are the mean, the mode, the median, range, interquartile range and standard deviation. You can use Microsoft Excel in presenting your data in bar charts or graphs as part of summarising your data. (mo re details on how to draw statistical pictures are explained In book D, Unit 1 1) (30 marks) calculating the mean: 1+6+7+9+11+18+28= = 1 1. 4 Calculating the meadian: Arrange the numbers by order: 1 6 7 9 11Range = 28-1 = 27 QI-6 18 IQR= 18-6=12 Standard Deviation: Meadian Deviations (d) d (power of 2) 1-114 . = -10. 4 108. 6 = -5. 4 29. 16 -4. 4 19. 36 = -2. 4 5. 76 11-11. 4 . 4 0. 16 18-11. 4 = 6. 6 43. 56 28-11. 4 = 16. 6 275. 56 The mean of d(to power of 2) 108. 6 + 29. 16 + 19. 36 + 5. 76 + 0. 16 + 43. 56 + 275. 56 = 462. 8/7 66. 11 = 8. 13 is the standard deviasion = 66. 11 Square root of At the end we realize from all the above charts how the number of students will decrease as the age increases.

Freud and Tillich Essay

S. Freud’s The Future Illusion and P. Tillich’s Religion as a Dimension in Man’s Spiritual Life carry on about an important question of what religion really is, what is its meaning in a cultural, psychological and scientific aspect and how it relates to a society and an individual. In this paper I will try to prove through an analysis and comparison of both texts that although their approach to the subject is different they both regard religion as an important aspect of human life. Freud in Illusion touches on things that to some may be an unquestionable truths; a meaning of life, a reason to be a good citizen – a good human being. Freud strips religion of its â€Å"holiness† but not of its power over a culture and a human life. He argues that religion in its essence is nothing more than an illusion – a wishful thinking based on a subconscious hope for a reward (the afterlife). According to Freud, religion is an aspect of culture – civilization, defending us against nature and each other. Civilization is a necessity that was socially constructed in order to explain and control the unknown and scary forces of the world but more importantly to cage our primal desires of: incest, murder, cannibalism which lay deeply in our unconscious. Therefore, to save humanity civilization created laws. At first the forces of nature were given human characteristics to make the assimilation easier and simpler to comprehend. The so called totemism was clear and understandable serving a purpose of control and protection from the environment and ourselves. But who would obey the laws if there was no fear of punishment for doing wrong and a reward for doing good. That is when religion came in handy. Now the gods have been replaced by science and a singular God (a father), who became more sophisticated than his predecessors, promising compensation for all the hard aches. Freud claims, that religion isn’t the essence of morality, that society didn’t adapt to the Ten Commandments but the other way around. It served as a tool supporting the reasonable laws of civilization, making living in society more bearable seen through perspective of fulfillment in the afterlife. Therefore, its function plays a crucial role in sustaining society and preventing civilization from destruction by individuals acting on their animalistic instincts. If a person is being left to his own devices without laws, regulations and fear of punishment he will act egocentrically causing chaos and destruction for the entire population. However, the more educated the society becomes, the more it expects from religion. Its promises are less reliable than scientific evidence and once the fruit of knowledge becomes accessible to masses the trust in religious explanation declines. This may cause danger and a cultural collapse if people’s belief in God fails, it threatens not only religion but the original source of common law – civilization. They realize there is no need to be afraid of punishment any longer, therefore, who or what would stop them? What may seem as a law of God is actually in the best interest of human social existence, otherwise civilization would not have survived. The creation of rational attitude of not killing got ascribed to God, despite rationalizing it as a purely human creation that relates to all rights and cultural institutions. Freud claims, that people will not need religion when they realize that those rules were not created to rule them but to serve in their best interest. Men act under the influence of impulses and desires, therefore, rational explanation is not powerful enough, nevertheless, Freud thinks that with the progress of science there will be less demand for the illusion and eventually no religion at all. Tillich on the other hand has a more romanticized view on the aspect of religion. He admits that the word itself gets misinterpreted and abused in many ways, therefore, decides to call it the ultimate concern. For Tillich religion is something much more personal, intimate, it is a sphere in human spiritual life (inner) that is being filled accordingly to ones needs. He doesn’t insist that the ultimate concern must relate directly to God, on the contrary it can be anything as long as it is: ultimate, infinite and unconditional. He says that there is more to a human being than flesh and blood, to be fully satisfied one must find and nurture his faith. The spiritual life, the inner needs are equally as important as satisfying human physiology. Tillich despises theologians who stay faithful to the approach that religion is a gift from God, something sacred and pure because it was not created by any mortal but God himself, that religion is not a matter of choice. He also disagrees with the scientific approach regarding religion as nothing more than a stage in human development, socially constructed based on rituals and tradition. According to Tillich, dimension of man’s spiritual life is something uniquely human that it is inherent, and we can not get rid off because it’s already within us, it is a part of who we are. Therefore, religion as an ultimate experience can not be ascribed to one particular realm of human life; knowledge, aesthetic, morality and most importantly emotion all express the ultimate concern. Therefore, the ultimate concern isn’t something one could grasp and reassemble to pieces in order to understand it better. The task of religion is to fulfill our inner needs in all four aspects, as any human can not survive without food, water and shelter. We can not be fulfilled as humans if our spiritual life isn’t satisfied, therefore, no man can be happy without religion. As easy as one may think that finding out what the ultimate concern is it is actually quite complicated. Because for those who truly believe and don’t deny the existence of God it is even harder to rich that fulfillment than for those who strive for answers. The ultimate concern is simply a human’s true nature, it is a part of you that can not be forgotten, diminished or simplified into an institutional religion and its doctrines, the ultimate concern fulfills your spirit making a man’s life meaningful. Both Freud and Tillich discuss the matter of religion as an important aspect of human life. Freud claims that religion is an illusion, nothing more than a fairytale for kids who long for a happy ending, a compensation for the crappy life we all have to deal with . Where Tillich approach differs from Freudian perspective like day to night. Nevertheless, both scholars claim the necessity for religious experience as long as according to Tillich an individual fulfills his inner spiritual needs and according to Freud if it guards societies from killing each other.

New Public Health Measures

THE NEW PUBLIC HEALTH Stephen R Leeder 7 March 2005 James Cook University, Townsville Introduction All of us here today are public health enthusiasts. If we weren’t we would be somehwere else, maybe helping sick people to get better. That is a worthy calling and thank goodness for all the people who do it. But so too is prevention, so too is keeping society healthy, so too is protecting the environment, so too is keeping food and water safe, so too is attending to immunization and child health.When we talk about public health these latter things, that focus on the whole community, or groups within society and the things that determine their health, are what we are talking about. This is big picture stuff. This is about asking why some communities are healthy and some are ill. Why do some communities have such high rates of diabetes, like the Pacific Islands, while other countries have no diabetes but lots of HIV and TB? These are the kind of interests and enthusiasms that have led people into public health as a career for as long as it has been around.These are the kind of questions that were asked ages ago and which are still appropriate to be asked now. So what is this thing called the ‘new’ public health? How has it come about and does it have added value? In brief, the new public health has come about because of growing interest in the subtle interaction of the environment with people living in affluent societies. The old public health remains the public health that most of the world needs, quite frankly, because communicable disease, malnutrition and other scourges are still the major killers worldwide.These are more or less the same as those that led people in the fifteenth century to look at how things such as the plague and cholera could be controlled through sanitation, clean water and quarantine. The new public health But the new public health is much more concerned with the interplay between affluence, social well being, education and health, social capital and health. These are not hard and fast things, like having no system for waste water disposal or using contaminated drinking water. They are more subtle, but in societies like ours where the basic public health engineering and mmunization and food safety are well in place and require surveillance but not reinvention, these new factors – the social, economic and community quality factors – are rising in importance as determinants of health and causes of illness. 1 For example, Michael Marmot has done studies with Geoffrey Rose and others in the UK examining coronary disease rates among civil servants, known as the Whitehall studies. They found that things like a sense of social control and cohesiveness were important determinants of whether people develop coronary disease.Money wasn’t everything. In the Whitehall II study, Marmot (Director of the International Centre for Health and Society at the University College London) and his col leagues examined the psychological characteristic of work termed â€Å"low control† – meaning that an individual worker had little control over his or her daily activities in the workplace. The results showed that it was an important predictor of the risk of cardiovascular disease and that it had an important role in accounting for the social gradient in coronary disease. 1 The origins of the new public healthThe Canadians have been very active over many years in promoting our understanding about the interplay between society and social environmental factors and health. This started in 1974 when Marc Lalonde, who was then the Canadian health minister, commissioned a report on the health of Canadians which proposed four sets of factors that were important to keep in mind when thinking about the health of the public. The Lalonde Report2 refers to these four factors collectively as â€Å"The Health Field Concept†. The four elements are human biology, environment, l ifestyle and health care organization.The human biology element includes all those aspects of health, both physical and mental, which are developed within the human body as a consequence of the basic biology of man and the organic make-up of the individual. The environment category includes all those matters related to health which are external to the human body and over which the individual has little or no control (for example, foods, water supply, etc). The lifestyle category consists of the aggregation of decisions by individuals which affect their health and over which they more or less have control.The fourth category in the concept is health care organisation, which consists of the quantity, quality, arrangement, nature and relationships of people and resources in the provision of health care – the health care system. The Lalonde Report was ground breaking in its day and provoked widespread international interest. Implementation proved to be far harder than was expecte d and the resilience of the health-care system to drain resources away from the first three fields was spectacular.Nevertheless, Canada has had a more lively interest in the contribution of the first three fields to health and has preserved a degree of control over health care, including rigid enforcement of a restriction on numbers of doctors trained and practicing, ever since. Although perhaps not a direct consequence of the Lalonde Report, Canada has also 2 played a leading role in the evolution of health promotion as a discipline. Several of the leaders in the field, now nearly 30 years on from the Report, are Canadians.They have had a special sensitivity to the potential for health gain by examining not only what can be done to encourage and sustain changes in individual human behaviour that will contribute to better health, but also those changes that can be effected in the natural and built environment that can assist in achieving this goal. Health promotion and the new publi c health In Australia, the new public health has been reflected in the steady rise of health promotion, expressed such ways as the formation of the Australian Health Promotion Association.The Association’s major objectives include providing opportunities for members’ professional development, increasing public and professional awareness of the roles and functions of health promotion practitioners, and contributing to discussion, debate and decision making on health promotion policy and programs. Since its incorporation in 1990, the Health Promotion Association has grown and developed such that it now has an established function and a central place in Australia’s health promotion landscape.Health promotion is an active form of public health in which an agenda is set with communities and individuals to affirm positively the value of health and push towards high levels of health, seeing it rather as the WHO does as a positive state of well being and not simply the absence of illness. Health promotion uses a range of tactics and methods to achieve its ends, including community participation, development and skill strengthening, advocacy (where health professionals and others lobby for health to be taken seriously at political and commercial levels), and education.Something of a contrast has come to be drawn between the activist promotion end and the formal epidemiological end of the public health spectrum, the former hoeing in boots and all to effect change and the latter taking careful steps, using rigorous studies and statistics, to establish cause and effect relationships before acting. Both groups tend to drive one another nuts. This is a lively tension and not one that is likely to go away.Professor Fran Baum who is head of the Department of Public Health at Flinders University in Adelaide has written a book entitled The new public health: an Australian perspective, that I commend to you. In it the idea of the new public health is given e xtensive coverage. 3 Source: Baume, F (1988) The new public health: an Australian perspective The new public health overlaps and interacts with other health movements of the past decade – particularly health promotion, primary health care, community health, women’s health, Aboriginal health, workers’ health and health education. History of the new public health The new public health started to develop in the 1980s. It was in the mid-1980s that there was a significant shift in public health when the WHO’s first international conference on health promotion was held in Ottawa, Canada. There were two driving forces behind the Ottawa Charter. It was clear that the Health for All by the Year 2000 strategy was not being adopted by industrialised countries, and the limitations of the lifestyle and behavioural approaches were increasingly being seen as requiring a new conceptualization for health promotion.Also the time was opportune for a more health promotion st atement. The Ottawa Charter managed to integrate many of the different perspectives of health promotion. While being seen as the foundation of the new public health, it did not reject behavioural and lifestyle approaches, but saw them as part of the acquisition of personal skills for health. The Charter is based on the belief that health requires peace, shelter, education, food, income, a stable ecosystem, social justice and equity as prerequisites. 4 Box 3. 1: The Ottawa Charter for Health Promotion, 1986 The Development of healthy public policy, which recognises that most of the private and public sector policies that affect health lie outside the conventional concerns of health agencies. Rather they are in policies such as environmental protection legislation, progressive taxation, welfare, occupational health and safety legislation and enforcement, land rights legislation and control of the sale and distribution of substances such as alcohol and tobacco. Health becomes, therefor e, a concern and responsibility of each sector of government. The creation of supportive environments in which people can realise their full potential as healthy individuals. The Charter recognises the importance of social, economic and physical environmental factors in shaping people’s experiences of health. †¢ Strengthening community action refers to those activities that increase the ability of communities to achieve change in their physical environmental factors in shaping people’s experience of health. †¢ The development of personal skills acknowledges the role that behaviour and lifestyles plays in promoting health.The skills called for are those that enable people to make healthy choices. It also extends the skills base for health to those associated with community organisation, lobbying and advocacy, and the ability to analyse individual problems within a structural framework. †¢ Reorientation of health services is a call for health systems to sh ift their emphasis from (in most industrialised countries) an almost total concentration on hospital-based care and extensive technological diagnostic and intervention to a system that is community-based, more user-friendly and controlled, which focuses on health.The Ottawa Charter stresses the importance of, and recommends: †¢ Advocacy for health †¢ Enabling people to achieve their full health potential †¢ Mediation between different interests in society for the pursuit of health Source: Baume, F (1988) The new public health: an Australian perspective Following in the spirit of the Ottawa Charter, in 1986 the Better Health Commission (BHC), a group established by the then Commonwealth Minister for Health, Neal Blewett, published Looking Forward to Better Health. Its brief was to recommend ways in which health in Australia might be promoted, especially though ways that were 5 nconventional for the medical and public health professions. It was part of Australia’ s response to the World Health Organization’s commitment to achieve equitable levels of health for all people, according tot the political and economic possibilities of each country, by 2000. This report contained proposals for achieving greater equity in health in Australia together with strategies to address several major preventable contributors to death and disease. Task forces established goals and targets for three priority health topics: cardiovascular disease, nutrition and injury. In making these choices the Commission was concerned to identify not only big problems, but also problems potentially amenable to prevention. Heart disease, the principal cause of death, was also chosen because of its multiple modifiable causes (e. g. diet, smoking an sedentary living), nutrition because of its multiple consequences (e. g. diabetes, heart disease and cancer) and injury because it cannot be dealt with preventively by efforts confined to health care but must involve industry, transport, law enforcement and industrial relations.These three major health problems in contemporary Australian society are priorities for health promotion by virtually any criterion. The work of the BHC was taken further in the National Better Health Program and led to the formulation of national health goals and then national health priorities which remain in place today. By the end of the 1980s, despite success, there was some Australian scepticism about the new directions in public health. Some questioned whether the new public health was really ‘new’ or simply old ideas in new clothing.This criticism is somewhat harsh as one of the features of the Ottawa Charter is that it does not ignore public health history but rather builds on it. The Ottawa Charter reflected numerous social and health movements of the previous 120 or so years. Its claims to be ‘new’ derives from how it pulled together numerous and diverse movements to present a package which gav e public health a more radical and cohesive direction than had been the case for some time.Today, public health is alive and well and confronting in this country the challenges that it can assist ameliorate. We are an astonishingly healthy nation – on average. We have the second longest healthy life expectancy of all nations, a fraction behind Japan. But within our country we have communities including those of some of our Indigenous people where these privileged are far from being available. It is here that a combination of old and new public health measures is required.Good work is being done and more is needed. This is the mission of public health. 6 References 1. Marmot, M ‘Inequalities in Health’, The New England Journal of Medicine 2001;345(2):134-136 2. Lalonde, M (1974) A New Perspective on the Health of Canadians. Ottawa: National Ministry of Health and Welfare 3. Baume, F (1998) The new public health: an Australian perspective Publisher: Oxford Universi ty Press 4. Leeder S R (1999) Healthy Medicine, Challenges facing Australia’s health services Publisher: Allen & Unwin 7

Introduction to Myth

Introduction to Myth: Mythos – Greek word for story (not necessarily true or false) Mythology – the study of myths Primitive people needed to make stories/myths in an effort to understand what was going on in their world. Humans are the only beings with a need to understand things; a dog doesn’t think â€Å"why me †. Primitive people, when scared, hurt, depressed, created myths to explain their pain or discomfort. All cultures make myths in their early development. Around 1200 B. C. , ancient Greeks began to take written history and to make rational and logical stories. Myth-making came to an end once this began.Myths â€Å"illustrate† the truth, much as Jesus did in his parables. He did not give an exact point, but told a story that showed what he meant. Myths may not tell the literal truth, but they illustrate human nature and human experience. Theories: Max Muller – concluded that all ancient myths are about nature and natural phenomenon. Carl Jung – noted that same kinds of myths turn up in all different cultures, such as each culture having their own version of the Great Flood. He developed his theory of the Collective Unconscious – that all humans are born with these same ideas in their brains, lying deep and unconscious.He said that myths explore these deep ideas of the collective unconscious. Claude Levi-Strauss – research on human brain, that different sides were responsible for different functions. Noted that the body is binary (2 arms, 2 ears, 2 legs†¦) and says that we think in pairs with ideas (on & off, right & wrong, good & evil, yes & no). They are pairs of opposites in conflict with each other. Levi-Strauss says that man’s entire experience is based on conflict, and that myths present the conflicts, then resolve them within the story. The 20th century was in ways spent examining and interpreting the ideas of the 19th century.Despite technological strides, it has been sai d that no ideas came from the 20th century. For example, 20th century scholars spent their lives working on the 19th century ideas of Darwin, Marx and Freud. Sigmund Freud – all human nature is driven by sex. Freud started psychotherapy. He turned his focus to myths and concluded that all myths are about sex and are a way of revealing sexual fears and desires without having to confront them every day. Characters: Zeus, Semele, Hera Zeus – lord and king of the gods. Constantly making love to females of all kinds. In this story, Zeus is making love to Semele.But Zeus is married to his sister, Hera, who always finds out about his infidelities. Hera disguises herself as an old human woman and visits Semele, who confesses that not only is she making time with Zeus, but that he love her more than his own wife! Hera says that no, he doesn’t, because with his own wife, he appears to her as he really is – as an almighty god. Usually, Zeus appears as a human â€⠀œ tall, strong, distinguished, a little bit of gray. So the next time Zeus comes around, Semele asks him to appear as he really is. Zeus denies her, saying that she doesn’t want to see that.So she bitches and moans until he gives in, makes love to her, and appears to her as the god that he is – at which point she is immediately destroyed by a bolt of lightning. That story can be analyzed by the four theories listed above. Is any single theory correct? Are none of them correct? 1. Muller’s Nature Theory – because primitive people are in constant contact and conflict with nature. Zeus is the ultimate god, even over the god of thunder, and they find thunder frightening. Lightning is Zeus’ weapon, and experiencing a lightning bolt is the closest that they could get to Zeus. So to them, a lightning bolt IS Zeus.Getting struck by lightning is getting hit by Zeus. That’s where nature comes in. Zeus is frequently depicted with a lightning bolt. 2. Jung’s Collective Unconscious – two of his ideas – Anima and Animus. Anima is the male idea of the ideal woman, the universal woman, who makes men crazy and keeps them off balance by nagging and manipulating. Animus is the idea that all women have of men – violent, destructive, aggressive, rapists. So myths provide an expression for these ideas, which lie deep in the unconscious. Both appear in this Zeus story – she nags him like crazy and he destroys her. 3.Levi-Strauss – humans are obsessed with conflict and resolution. Each of the three characters in this story are in conflict with every other conflict. But as soon as you get rid of Semele, all conflicts are resolved. 4. Freud – it’s all about sex; Castration Anxiety – a boy has one, a girl doesn’t. The boy thinks she must have cut hers off and worries that she’ll cut his off. Penis Envy – the girl looks, he has something she doesn’t, she k nows she’s never had one, and she wants one. In this myth, Semele insists to see Zeus â€Å"as he really is†Ã¢â‚¬ ¦or naked. She’s obsessed about it (penis envy).But when he stands there naked, he has to kill her (castration anxiety). Creation Know that myths conflict and contradict each other, and the Greeks did not have them in a logical order. One does, through, give a story of creation, which we compare to Genesis from the Bible. Genesis – God is already in existence at the beginning of Genesis, then he creates the universe; the creation order matches the evolutionary order. The climax of the story is when god creates the first man. But then, man complains that he needs a companion, so woman is created. Greek – starts with chaos, which in Greek means â€Å"emptiness† or â€Å"nothing†.So you start with nothing. Then five beings come into existence: * Ge – (pro. ‘gay’) – the earth (feminine; any word that ends in ‘e’ in Greek is feminine) * Tartarus – dark terrible prison located beneath the earth * Eros – passionate love * Erebus – darkness * Night – night Of the five, three are frightening and dark. It’s scary because 90% of human animal information comes from sight, and human animal has poor night vision. So night was scary for primitive humans, because their predators had either excellent night vision or great sense of smell. Night is a time when we’re defenseless.Only one of the five was imagined by Greeks to be in human form. Eros was an adolescent boy. They knew a 16-year-old boy could impregnate more women at that age than at any other time in his life. When Romans took over Eros, they turned him into the five-year-old boy we know as Cupid. Next, Ge gives birth, with no help from a man, to Mountains, Seas and Heavens: Ge does this without the help of any male. It was assumed for a long time that women made babies all on their own, with no help from men. This gave them a position of importance and prominence in society, while the men were unimportant.After all, sex was just for fun, and there was no immediate effect. No one put it together until man learned how to count – that was a bad day for women. They figured out the solar year, then the months, then that 9 months after sex, the baby came along. So it was the man involved after all. And eggs were inside and invisible, while the male secretion was obvious. So it was the man that actually parented the child, the woman was just a carrier. So now men were the most important. So later, Ge needed a husband, since men were necessary after all.She married her son Heaven, or Uranus (Ouranos). Since Uranus was the man and Ge was the woman, Uranus got all the credit. After a long dry spell when the rains came and the land became green again, it was Uranus up in the heavens that fertilized his wife Ge and gave them crops. Also, heaven must be male b ecause he’s on top and above Mother Earth. Primitive people, like children, saw the world in terms of themselves – they thought rain from the sky was male sperm impregnating the earth. Anthropomorphism – the process by which we give human form to things that are not really human.His current example was Barney, but the Greek gods had the same range of emotions (hatred, jealousy) that Greek humans had. This is man making god in man’s image, since it was the only form they knew well. (i. e. marriage of heaven and earth – putting a human occurrence to the supernatural) (True of Greek gods) So we’ve got Ge and Uranus. But Uranus hated his children – he thought they were ugly. So he stuffed each one of them back into the body of Ge (earth). Ge was in pain so she asked the kids inside of her for help, but only Cronus (youngest child) would help her.She got some iron from inside herself and formed a sickle (common instrument with curved blade to cut grain), and gave it to Cronus. Cronus hid in the evening until Uranus came back to sleep with his wife, then Cronus jumped out, grabbed Uranus’ genitals, chopped them off, and threw them into the sea, where they floated. A foam formed around the genitals, and out of that foam came Aphrodite, the goddess of passionate love. (Remember: god of love is Eros) How does Cronus get out? Does he stand on his mother Ge, since she is the earth? Is Uranus the heavens or is he a man with genitals?The Greeks weren’t concerned with realistic details (didn’t think that way) – the more bizarre, irrational and violent the story, the older and more primitive it is. Now, the male is the only real parent, since he provides the visible sperm and the woman is just a carrier. So the male is the head of the family, and a male king rules over all families. So since baby-making was the important part, a castrated male could not be in charge. So Uranus was no longer chief â €“ Cronus, his defeater, became the chief god Once, he became the chief god, Cronus let all of his siblings out of Ge.And he needed to marry so he could make babies. So he married his sister Rhea. They had kids, but Cronus knew from his own experience that kids could endanger his power. So he swallowed each child whole. Rhea was distressed, him swallowing the kids and all, and went to Ge and Uranus for advice. They said to give him a rock wrapped in baby clothes next time, that he’d never know the difference. So she hid the next child, Zeus, and Cronus swallowed a rock instead. Rhea took Zeus to Crete and hid him in a cave to grow up safely away from Cronus.Once grown, Zeus tricked Cronus into spitting up all of his brothers and sisters, and there was a war between Cronus and Rhea’s generation and Zeus’ generation. Cronus’ generation (his brothers and sisters) were called the Titans. Zeus’ people chose Mt. Olympus as their war base, and after w inning, he and his siblings lived on Mt. Olympus (a mountaintop, where primitive Greeks would expect their gods to live). Zeus and crew were called the Olympians. Zeus used lightning bolts as his weapon to lead the Olympians to victory over the Titans, and Zeus took over as god of the universe until the end of mythology.Zeus hurled most of the Titans (his aunts and uncles) down to Tartarus (the deep prison) so that they could never challenge his power. But he couldn’t bring himself to do that to Cronus, his father. Cronus was sent west into exile (traveled west because it was the direction of death), never to return to Greece. Cronus went to Italy and hid there, where he used the Latin name Saturn, which â€Å"Saturday† was named after. (Hiding place of Cronus: Lateo, Latium, Latini). Cronus was still a god and presided over a golden age in Italy.Then we went further west , but the Italians recalled the golden age with a mid-winter festival called Saturnalia, in which the high point was December 25th. On that day, no one worked or went to school, and families exchanged gifts with each other. When the Catholic church took over Rome, the took over existing festival days (smoother transition), and Saturnalia was changed to celebrate the Mass of Christ (Christmas). Generations: Ge & Uranus Cronus & Rhea Zeus & Hera Creating People: The creation of the first man (male) was very unimportant.Myth is not even clear as to who did it. Some versions say Zeus created man out of dirt. Others say Zeus’ cousin Prometheus (son of one of the Titians) created man and had sympathy for humans. But male human life was pathetic and weak and helpless and inferior to animals – humans can only walk better. So Prometheus went to heaven and stole fire and gave it to man. Now, every human had fire for warmth, light and protection. When Zeus found out, he was so angry that he wanted to offset the gift of fire, so he gave man something very terrible – wom an. The creation of woman was a big deal.Hephaestus, the craftsman, constructed the first woman and handed her over to Aphrodite, the goddess of passionate love and the most beautiful. Aphrodite gave woman irresistible beauty and charm, then handed her over to Athena, goddess of wisdom. Athena taught woman important and useful skills, then handed her over to the god Hermes, who among other things is god of the practical joke. Hermes gave woman the character of a thief and the mind of a bitch. Then all of these gods – Hephaestus, Aphrodite, Athena, and Hermes – brought woman before Zeus, who named her â€Å"all gifts†, or Pandora. Zeus had a gift for Pandora – a big jar (not a box!! , ceramic, 4 or 5 feet tall. She asked what was in it, but Zeus refused to answer – just take it with you, he said. Zeus took her and her jar down to earth and the society of men. Prometheus had an earthly brother, Epimetheus. Prometheus means â€Å"forethought†, and thinking before speaking or acting. His brother Epimetheus†¦well, not so much. Afterthought. Prometheus had warned his brother not to accept any gifts from gods, but he took one look at Pandora, she of irresistible beauty and charm, and took her and her jar in. Life was good for a while, but Pandora was so curious about the jar.She’d go and listen to it, shake it, smell it. Finally, one day she opened the seal, and out came all of the ills that we face – sickness, death, disease, pain, famine, drought – only hope was left in the jar, and it remained there when she finally got the lid back on. So, hope was left in the jar – what was â€Å"hope† doing in a jar full of evils? The Greeks were deeply pessimistic and felt that life was hard and cruel, with no â€Å"happy ending†. Note that most myths end unhappily and violent. So to them, hope was the greatest evil of all – hope makes you think none of the evils would happen to you .But the certain future is that we’re all going to die, so the Greek pessimism is based in reality. But hope makes us think that none of that will happen to us. Second Creation – The Great Flood: In the Old Testament, God wipes out horrible man and saves only Noah’s family. God tells him to build an ark, and despite sure ridicule, Noah does. He puts a male and female of each animal on the ark with his family, and survive when the rains come and flood the land. He sends out doves until one returns with an olive branch – a sign of dry land. The ark sets down on Mt. Ararat and Noah and his family reproductively recreate the human race.Every culture has a flood story. Were the Biblical stories made up as the myths were to make sense of the world around them? But there are flood stories all over the world – proof of a great flood? The earth goes through warming and cooling periods – did a warmth come through and melt the glaciers, flooding all in habitable land? Many ancient cities were built in river valleys – at some point or another, every river will challenge its banks and flood, which would create a version of the same story all over the world. So some myths may well be based in reality. The Greek Flood version:Zeus went down to earth disguised as a human to check out human society and found it disgusting, corrupt, evil and treacherous. So Zeus returned to Mt. Olympus and told the other gods that he was going to flood the earth to get rid of the evil human race. The other gods provided an answer to the question â€Å"why does man exist? † If Zeus destroyed all humans, there would be no one left to worship the gods. That are how humans were perceived in greek myth; they were only there to worship the gods. So Zeus goes back and finds a husband/wife worth saving, Deucalion and Pyrrha.They were pious and just – they had the right relationship with the gods and they had right in their dealings with othe r humans. (This parallels Jesus’ two great commandments – love only one god and love thy neighbor). Usually, Greek myth is not concerned with human morality, but here it mattered to Zeus. So Zeus puts Deucalion and Pyrrha in a boat and flooded the land. After the waters subsided, Deucalion and Pyrrha saw that they were the only people left, and they were terrified. Being pious, they prayed to the gods for advice. They were told â€Å"Take the bones of your mother and throw them over your shoulder. You often see strange answers when people talk to gods. This was even weirder because the Greeks prioritized proper burial, so digging up bones didn’t sound appropriate. So Deucalion and Pyrrha tried to figure it out, and came up with ‘mother’ was Ge, Mother Earth. So they threw rocks and stones over their shoulders, and where they landed, the new human race formed. But why did they have to throw it over their shoulder? That parallels Lot and his wife lea ving Sodom and Gomorrah. She looks back over her shoulder after being warned not to, and is turned to a pillar of salt.She wasn’t supposed to see the supernatural. So that’s why they threw ‘bones’ over their shoulders – so they couldn’t see the supernatural event. You can’t watch – you’ll destroy yourself (Zeus destroying Semele) or you cancel out the event. Greek religion was not a monotheism (one god), or a polytheism (many gods), but a form of polytheism, henotheism – belief in one god most powerful, but other gods exist. Zeus is the powerful one here, over other gods and humans. Now, Zeus was sleeping with any woman he could get his hands on – human, goddess, nymph – because his power came from baby-making.Unsentimentally, â€Å"father† is like a dog that sires, just a baby-maker. Morality didn’t matter, Zeus was the great father god up in heaven, a carouser (but that’s due to anthropomorphism as well). So Zeus marries his sister Hera and appoints two of his brothers to control parts of the universe, under his command and authority. Poseidon, god of the sea, and Hades, god of the world of the dead. Zeus has control over heavens and the earth Hera is the goddess of marriage – she understands marriage, she’s not nice or sweet, but cunning and cruel, with sexual jealousy being the worst.Her Latin name is Juno, so June weddings are traditional and girls wanted to marry in her month to gain her blessing. Poseidon – god of the sea – Latin name Neptune, often shown as jolly, but he’s not. Poseidon was associated with horror, sea monsters, tidal waves and earthquakes. He also constantly was having affairs, one with a human girl named Scylla. Poseidon’s wife (no name given) finds out about the affair, waits for Scylla to get in the bathtub, then poisons the water. When Scylla stood up, she had a ring of wolves heads growi ng out of her waist.Poseidon came back to make love to her – no way, wolfie. She begged him to hide her, so he put her in a cave near the edge of the Mediterranean sea, where she waited for sailors to come too close, where she’d capture them and feed them to the wolf heads. Poseidon is an example of gods being more than just gods. Poseidon is god of the sea, but Poseidon also is the sea. The Mediterranean is violent, like Poseidon. Gods always have the character of what they’re god of. Hades is god of the dead. There were no temples built to Hades to honor him with statues and sacrifices.Every human makes his individual sacrifice to Hades by their own death. The earth had three layers – the top layer which Greeks walked on, the land of the dead (underworld), and Tartarus, the deep prison in which the Titans were kept. Dead people go to the underworld. The Greeks believed in immortality of the soul, and that the souls of all people go to these dark, unhapp y caverns for eternity. Odyssey – Homer – told the stories of the travels of Odysseus, who goes to the entrance of the world of the dead and looks in (the west’s oldest account of death).He saw that the ghosts of the dead were transparent, recognizable, and too weak to talk or to touch, and they shrieked like bats. Odysseus kills an animal and drains its blood, which they drink to give them the strength to talk to him. This makes sense – the body rots away when you die, leaving only bones and eventually dust. The Greeks knew to love live, because the afterlife had none of the pleasurable experiences of life in the body. To the Greeks, the afterlife had no place of reward nor punishment – all souls went to the same gloomy place, longing for physical life and the pleasures of the body.Alternatively, Christianity teaches that the pleasures of the soul are better than of the body – that the body is somehow dirty. Gymnasium literally means to tak e off close in the gym. The Greeks, though, praised nudity. They figured that God made the body, so every part of it, down to the armpits, should be considered beautiful. So the Greeks imagined gods in beautiful human forms, thinking there was no form any higher or more beautiful. Cronus & Rhea Hestia —– Hades —– Poseidon —– Demeter —– Hera —– Zeus Hestia is one of the oldest children, the goddess of hearth (fireplace).She is elusive in Greek myth. She just stayed home and kept the fire going – never married, just stayed home. The Temples to Hestia always had fire going for people who needed it. Her Roman name was Vesta, as in Vestal Virgins. No real stories about Hestia. Demeter – Zeus’s sister, goddess of Agriculture; recall that the father is the only real parent, but if the mom/female doesn’t feed and nourish the child, it dies. Therefore, the earth, which provides food to people, i s female. So Demeter is also the goddess of Motherhood. Anthropomorphic form of mother Ge.Demeter’s daughter is Persephone, whose father is unclear, maybe Zeus. The father is irreverent between the mother and child relationship. Demeter completely loved her child (an anthropomorphic transference of emotion). Hades was Persephone’s uncle, but he fell in love with her. Being god of the dead, he knew he could not persuade her to love him, so he opened up the earth, rose up in his chariot, swept her up, and took her back with him to the underworld as the earth closed. So Demeter comes back and can’t find her daughter. She goes nuts. Searched and searched.Finally, the sun, who sees all, tells her that Hades had abducted her. Now, gods cannot interfere with other gods – only Zeus has that power, so she knew there was nothing that she could do, and couldn’t get Persephone back. Demeter disguised herself as an old human woman and went to work for a family with a newborn baby. She transferred the love she had to someone else’s child. She loved the child, and wanted to give the human child a divine gift. So every night, she’d hold him in the fire to make him immortal. One night, the real mother walks in and sees her holding her baby in the fire.She screamed madly and rushed toward Demeter. Demeter became very angry and threw the child on the floor – angry because the fantasy she had built up to battle her own grief had been shattered. Now she had to face the fact that her child Persephone was gone. The family of the baby found out she was a goddess and were very frightened, and built her a temple on that very spot. Demeter walked into the temple and started to grieve. The Earth went barren and would give no fruit, responding to Demeter’s grief. Recall that the goddess of earth IS earth. Without food, people started dying in droves.Eventually, the other gods went to Zeus to get him to do something – if all the people died, there’d be no one to worship them. Zeus sent a messenger to Hades to give it up. Hades stood before Persephone and handed her a pomegranate. She took one bite and handed it back to him. He then took her in his chariot and brought her back up to earth and set her down next to Demeter’s temple. Demeter saw her and was overjoyed, and the earth bloomed and grew. But because she ate part of the pomegranate, she must go back to Hades for part of each year, and during that time, Demeter grieves for her and the earth does not give food.This fits into Muller and nature – it explains the seasons and why food does not grow during certain parts of the year. Putting the story in such human terms made it easy for the Greeks to understand that season. In some societies, a man and woman sharing a meal (the pomegranate), especially in his home, means that they’re married. This is still continued with the bride and groom sharing cake, the oldest part of the modern ceremony. New story: Orpheus was the best musician in the Greek world. â€Å"Orpheum† theatres are still named after him. He was so good that wild animals would come to listen to him, such as the lion in the statue.He played a lyre, a stringed harp-like instrument. Trees would also uproot themselves and move closer to him when he played, and rocks would roll over toward him. This shows the power of music – it has no physical benefit, yet it has a tremendous effect on us. On Orpheus’ wedding day to Eurydice, his bride stepped on a poisonous snake, was bitten, and died. So Orpheus went to Hades and pleaded for him to send his dead wife’s soul back to earth. He brought his lyre, and got ready to play to persuade Hades. Orpheus appeared before the court of Hades and began to sing about how much he missed Eurydice.It was so moving and powerful that even Hades, god of the dead, wept. So Hades allowed the soul of Eurydice to return to earth, but Or pheus was told he must walk back up to earth the way he had come and Eurydice would be sent after him. But – Orpheus could not turn around and look behind him to see if she was indeed following him. Remember, you can’t look at the supernatural, such as the dead coming back to life. So Orpheus starts walking back up the dark, gloomy corridors, excited about getting his Eurydice back. He tries to listen for her behind him – he tries to look peripherally at the walls to detect her shadow moving.He sees nothing, and begins to doubt. After all, the gods had never allowed the dead to come back to life before – maybe Hades had just told him that to get rid of him. He became convinced he would never get his Eurydice back, and grief overtook him. It seemed so simple when Hades agreed, but now he simply could not believe it was true. So he turned around – and there was Eurydice, right behind him, beautiful as ever. But as soon as Orpheus looked, she was snat ched back to the land of the dead – he had cancelled the miracle and had lost her again, but this time it was entirely his own fault!He ran back down to Hades to beg him to let her return, but Hades said he would not grant it a second time. So Orpheus had to return to earth alone. He became a hater of women – not because they had wronged him, but because Orpheus was afraid of getting hurt again. So now he became famous for two reasons – his music and his hatred of women. He was singing in the woods one day, alone he thought, when a group of women came upon him and killed him, tearing him apart. He then joined Eurydice in the underworld.The Greeks made this myth to show that, theoretically, it was possible to survive permanent death in some joy, if you did exactly what the gods or priests said. The Great Greek Gods of Olympia: Aphrodite – name means â€Å"born from the foam†, that being the foam of her father Uranus’ genitals when they were c ast into the sea. Her Roman name is â€Å"Venus†, and she is the Greek goddess of love, being the most beautiful of all gods and goddess. But it’s not hand-holding warm and fuzzy love – it’s uncontrollable sexual desire that makes you crazy and not concerned with the risks or consequences of such passion.Now the Greeks through the powers of the weather came from heaven, that the sea’s power was from the gods, and even the earth can feed or starve – they personify the powers of nature in gods. So why sex? They thought that inside you there are also powerful forces, and Greeks needed to understand why sexual wantonness was so powerful, so there’s a goddess for it. Now since gods are what they represent, Aphrodite is sex – a real slut. Humans are not instinctively monogamous – promiscuity was instinctive, and Aphrodite is the goddess of the promiscuity. She did sleep around a lot, with human and with god.But Aphrodite was m arried to Hephaestus, the god of craftsmen who crafted Pandora. Hephaestus is the only physically imperfect god, having crippled legs. So the only imperfect god is married to the most perfect goddess. The Greeks that only a disabled person would stay inside all day (outside good to Greeks! ) and make things with his hands. Manliness was defined by fighting and hunting, but Hephaestus cannot fight. Now Hephaestus had a brother, Ares (Roman – Mars), the god of war, and because war was hated, Ares was the most hated god, even among the other gods. But he was a perfect physical specimen.As soon as Hephaestus would leave for his shop, Ares would sneak in the back door for a little lovin’ from Aphrodite. Eventually, the sun, who sees all, told Hephaestus about the affair. So Hephaestus made a giant, strong net and concealed it above the bed. The next day after he left for work and Ares came in, the net came down and held them in place, so tightly that they could not even mov e out of their lovemaking position. So Hephaestus comes in, but gods cannot harm one another – so he went out and invited all the other gods and goddesses to come in and take a long look.The goddesses were too modest, but the gods came in. They laughed, pointed, measured, discussed what they would do if they were in Ares position, which many of them probably had been. So there was no physical violence, but lots of laughing and humiliation. Hephaestus freed them, and Ares never entertained Aphrodite again. So sexuality was beyond the Greeks control – that’s why they had to have a god for it. Pygmalion – a rare Greek happily-ever-after myth. Pygmalion (a guy) was a sculptor, but he was very lonely. So he carved a statue of a beautiful woman and eventually fell in love with the statue.So he went to the temple of Aphrodite, made sacrifices, and prayed for the statue to be a real woman. So he gets home, and the statue comes alive. They lived happily ever after . So how does this parallel Greek life? The man who finds the perfect woman is the man who creates her himself. This reflects the frustration that the Greek people had in finding someone to love. This myth was a fantasy – not of coping with reality, but of escaping from it. Cybele – not a Greek myth, but a Near-Eastern legend on which a Greek myth was based, but changed and adjusted, as we’ll see.Most Greek culture was adapted from ancient near east. The story is violent and bizarre. Cybele was the great mother goddess, who was both male and female. She decided that she’d be much better off just being female, so she cut off her male genitalia and threw it away. Where it landed, the first almond tree grew. Along came Nana, a nymph (Greek for â€Å"bride†) – nymphs are half-human and half-divine, they live forever and are always young and beautiful, but they have no god-like power and cannot leave the area where they’re assigned. Nana t ook a white blossom off that first almond tree and put it between her breasts.It disappeared there and she turned up pregnant. She named her son Attis, and he was a perfect example of a young man. So much so that Cybele, mother goddess, fell in love with him. But Attis loved someone else, so Cybele’s love drove him insane until finally he castrated himself and died from the wound. Cybele was so distraught that she asked the other gods to bring him back to life. They agreed, but with the condition that he’d have to be castrated and die every year. The Greek version: Myrrha – Myrrha was a human girl whose only real parent was her father, since her mother died when she was very young.She loved her father dearly and deeply – too much, because she realized that she wanted to sleep with him, even though she knew it was wrong. She eventually became physically lovesick and depressed over it. When the nanny who raised her noticed that Myrrha was sick, she asked wh y. Myrrha tried to hide it, but eventually blurted out the truth. Well, the old woman nanny was only concerned with Myrrha’s happiness, so she went to the father and told him that a young girl in town wanted to sleep with him – but the girl was shy and wanted her identity to be concealed, so there must be no lights.He agreed. So the old woman told Myrrha that she had arranged it, and Myrrha was horrified! She had wanted it, yes, but now that it was possible†¦. Eventually, she decided to go ahead with it. So she started to visit her father repeatedly in his dark room. She got pregnant. In the meantime, the father was getting curious about who his lover was, tried to recognize her around town and couldn’t, so one night he hid a lantern in the cupboard and closed the door. While his lover was in his dark room, he took out the lantern, saw his own daughter, and realized what he had done.He was furious that he had been tricked and tried to kill Myrrha, who praye d to Aphrodite. Aphrodite transformed her into a myrrh tree (which is where the name came from). Myrrh trees give off an aromatic sap that was used in embalming – the symbolism of Jesus getting a gift of myrrh signified that he would die. This myth helps explain why myrrh sap is used in embalming – death is associated with sadness, and the sap is the sad tears of Myrrha. But Aphrodite saved Myrrha’s baby – a boy child named Adonis. Adonis was a perfect young man, and Aphrodite herself fell in love with him.It was a dangerous world, and Aphrodite was concerned about Adonis, but he didn’t care, and he went boar hunting. Boar hunting was very challenging and dangerous because the boars are smart and would hunt their hunters. So boar hunting was done in groups – they’d use dogs to track and corner a boar into a cave. The hunters formed a semicircle around the cave and the dogs would drive the boar out. The plan was that when the boar came out and saw all the hunters, it would freeze for just a second – long enough for the hunters to kill it. But some boars didn’t freeze – they just charged out and killed a hunter or two in the process.Charge – bye Adonis. Aphrodite grieved and asked the gods to bring Adonis back. They agreed, but once a year Adonis would have to be killed by a boar and come back again. Both Attis and Adonis are called ‘resurrection gods’. With a woman loving both of their dead bodies, we saw a statue of how that resembles Mary holding the body of crucified Jesus. A whole religion grew out of Adonis. Now, for a god to fall in love with a human was considered disgusting to the gods, much like a human falling in love with a chicken. But Aphrodite delighted in making gods fall in love with humans for her amusement.So Zeus decreed that Aphrodite would fall in love with the next human she saw. That human was a shepherd named Anchises. It was summer, and in the summ er shepherds worked naked. So she transformed herself into a beautiful human girl and approached him – told him that she was under a spell and the only way to break the spell was for him to sleep with her. Anchises became uneasy†¦he could tell she was a god because 1) gods were tall, where Greeks were short, 2) gods were blonde, where Greeks were dark, and 3) gods smell good, not like meat-eating Greeks who stank.Anchises thought it was too good to be true, but still he agreed. Afterward, he rolled over and went to sleep. Aphrodite didn’t care about him any more – she had conquered and the novelty was gone, so she decided to tell him her real identity. She woke him up and told him and Anchises was filled with terror – thinking she had used him up and that he’d be impotent. She laughed at him and assured him it would still work. So she went back to Olympus, and he, like any other guy, went to the nearby city of Troy and bragged that he had made love to the goddess Aphrodite.Bad move, he should’ve kept quiet. Zeus was angry with him and struck him with a lightning bolt which crippled him. Aphrodite, on the other hand with it being revealed that she had slept with a human, was mocked, ridiculed and humiliated. Test 1 info: Need a sheet of paper 25 short answer questions (fill in the blank) 1 extra credit question (from book) Zeus’ generation was named from ___? Name one of â€Å"Heaven† daughters? Greek name for â€Å"heaven† was Uranus Rhea Who said that myth resolved conflict? Levi struass