Go tell it on the mountain by James Baldwin Essay - 1

Go tell it on the mountain by James Baldwin - Essay Example In the story, a lot of trouble mars marriage because what connects the couple is not the connection of love but the pretence of commitment dominated by the love of money, wealth, and status. The Father wants to be associated with the fame and the respect of the future wife’s family. This greed drives this man which later turns to be sore when they finally reach the marriage life. The narrator says, â€Å"My father is only mindful of the wealth and the fame that he stands to benefit ultimately if he marries my mother.† The narrator also says that the father is concerned on the money-generating mission above any other things. The narrator says â€Å"my father only brags to my mother of the depth of his pocket and how he has money. He has to love to share with my mother.† The father is material driven. He seems not to care about anything and he has confidence in his money. He loves the taste of power and â€Å"he delights when he condemns people. He seeks to claim sovereignty over people: this is the arrogance of life that seems to content him.† The pain and confusion comes when it is evidently notable that the mother also has a different concept and weird perspective of a happy marriage. She is totally misled of what really makes a happy family relationship. The mother is dominated with ego and pride. She sees herself as the most intelligent creature on earth. This makes her to be coined in her own cocoon without being open with her fiancà ©. In any relationship where people have a lot to hide than share, trouble always shoots in. suspicion is always evident and mistrust always sets in between the couples. This creates constant disharmony and insecurity which results to quarrels and, fights and ultimately divorce. The mother is also driven by the illusions, which are farfetched from the reality. She lives with the illusions in the movie on how love affairs should be done. She has wrong concepts

Assignment Example | Topics and Well Written Essays - 250 words - 262

Assignment Example Social forces highlight the consumer behavior pattern and demand in the market place. Like if the restaurant is opened in a rural area where the social forces restrict people to go to a restaurant then it would not be beneficial for the business. These forces denote the effectiveness and efficiency of a business. As the external environment introduces new technology or innovation it becomes important for a business to incorporate advanced technology in order to stay at par with other players. Apple Inc. can be regarded as most prominent example in this field as it upgrades its technical factors as and when required. Political instability seems to disrupt the entire business environment. The norms and regulations that are set forth by the political authority govern functioning of a business (Daft and Marcic 91). On the other hand tax benefits that are authorized by leaders denote the profit margin for the business. Indianapolis is a region where majority of manufacturing factories had closed down due to such unstable political scenario and increasing rate of homicide. A new business venture that is set forth is basically based on the factor of solving a hidden problem of consumers. In case of a restaurant the major problem can be unavailability of a specific kind of cuisine for which there is high demand in the market place. For instance people had a hidden demand for such a device which would operate as a phone but even perform necessary operations of a laptop and this problem was eradicated with the launch of tablet. Market gaps are generally associated with hidden demand which has not yet explored by any players in a particular industry. Filling in this gap would mean that a business venture is been able to successfully position itself in the market and can achieve competitive

Btec Business Essay Example for Free

Btec Business Essay Im not sure about this figure, with th0d Returned on capital employed Net profit (after appropriations) X 100 = 44160 = 29. 61% Capital employed 149160 This figure shows you how much money will be returned back into the business depending on how much they have invested. Not investing money into the business means you will not be making profit. I am not sure if 29. 61% is a good figure but it must be a good figure if the capital employed is ? 149,160. Maybe if the percentage is higher they employ more capital and they can re-invest more. Liquidity ratios-Current ratio Current assets: 1 = 70160 = 4. 53:1 Current liabilities 15500 Every ? 1 that they owe they own ? 4. 53 worth of assets. For SIGNature ltd the ratio is good, meaning not too much stock or owing too much to debtors. Acid test ratio Current assets assets: 1 = 70160 1200 = 4. 4:1 Current liabilities 15500 Every ? 1 they owe to suppliers or banks they will have ? 4. 41 of current assets. This means they have enough money to pay for costs like heating, lighting, telephone, courier charges and insurance. Average stock Kept over the year X 365 = 6000 = 9. 3 days Cost of goods sold 521700 Efficiency Ratios-Rate of stock turnover Every 9 to8 days they make a sale; this figure is not good because when running a business like SIGNature ltd you would like to be making sales more often. Debtors X 365 = 41000 = 28. 69 days Credit sales 521700 Debtor’s payment period A debtor’s payment is just about monthly meaning credit customers pay them every 28. 69 days, SIGNature should monitor their debtors and check how much they buy, when they pay back the full amount and which debtors are not paying in the 30 day period. Creditors X 365 = 15500 = 24. 11 days Credit purchases 234675 Creditor’s payment period 24 days is how long SIGNature takes to pay for credit purchases and they do pay their credit in good time. If you dont to your credit suppliers respond you may be charged additional interest, penalties and surcharges. Your debt may be referred to a private debt collection agency. Conclusion In this task I have performed ratio analysis and measured the profitability and efficiency of SIGNature and analysed the performance of a business using suitable ratios.

Demand For Electricity

Demand For Electricity INTRODUCTION If future demand for electricity is to be matched by adequate supply, then it is essential that models are built for estimating accurately, what the future demand for electricity is likely to be. In order to accomplish this, it is necessary that the factors affecting electricity demand are clearly indentified and quantified. It is even more crucial in the case of energy industries because, future energy demand requires investment spending today (due to their huge capital investment requirement and long lead time).[1] In other words, if a country should underestimate its future electricity demand, then it would most likely not make adequate capital investment in the present time which would then result in a shortage of electricity supply (when compared to demand) in the future. One of the most influential factors affecting the demand for electricity is the price of electricity.[2] The price of electricity has since been incorporated into the majority of electricity demand models.[3] This paper tries to examine the effects of the price of electricity in the UK on its own electricity demand. The focus here is to determine the price elasticity of demand for the period 1980-2008 (annual time series data) by the use of a loglinear regression model. The research paper will take the following format. Chapter one is the introduction, chapter two will be the literature review, chapter three will focus on the modelling approach and data analysis and chapter four will be the conclusion and findings. LITERATURE REVIEW Price Elasticity According to economic theory there is an inverse relationship between the price of energy and the quantity of energy demanded. As energy prices rise the quantity of energy demanded falls and vice versa. Given that all other factors are held constant[4]. Economic theory further postulates that the demand for energy is not as responsive to the changes in energy prices as compared to other commodities that are more responsive to their individual prices[5]. Economists define price elasticity as consumers sensitivity to price changes or the degree of responsiveness of changes in quantity demanded to changes in prices and is given by the formula below as: Since price elasticity is the ratio of two percentages, we therefore do not express it in any unit. Price elasticities are usually negative this is due to the inverse relationship between demand and price. Demand elasticities are mainly of two types which are; elastic and inelastic. If the values of elasticity of demand fall within the absolute values of 0 to 1 then demand is said to be inelastic and this can be interpreted thus as a change in price results in a less than proportionate change in quantity demanded. On the other hand if the values of elasticity of demand equals to the absolute value of one or above one, then demand is said to be elastic. In the case where elasticity of demand is equal to the absolute value of 1, it is interpreted as; a change in price leads to a proportionate change in quantity demanded. If the elasticity of demand is greater than the absolute value of 1 then it is interpreted thus as: a change in price results in a more than a proportionate change in quantity demanded. For example in the inelastic range, if price increases by 10 percent on a commodity with a price elasticity of -0.3 then the demand for the good falls by only 3 percent. However, in the case of the elastic range, a commodity with an elasticity of -2.0 would face a fall in demand of 20 percent, if price was to increase by 10 percent. This relationship can be further illustrated in the figure below. Figure 1: Relationship of supply and demand with two demand curves Figure 1 shows a supply curve (S1) and two demand curves which have different elasticities of demand (D1 and D1). D1 is more elastic than D1 (i.e. less steeper). At equilibrium, the supply curve S1, with both demand curves D1 and D1, have a common equilibrium price and quantity at P1 and Q1.Now, let us now assume that the supply curve shifts to the left due to say an increase in the cost of production (i.e. the price of coal used to generate electricity). Then, the new equilibrium point will depend on the nature of the demand curve that is used as shown in figure 2. If the demand curve is relatively elastic at (D1), then prices will rise and demand will fall by a much larger amount when compared to the more inelastic demand curve (D1). Note here that with the inelastic demand curve, the price and quantity demanded (P2 and Q2) are much larger than in the case of a more elastic demand curve at (P2 and Q2). In reality this can be explained by the fact that, if the demand for a commodity is inelastic then, any increase in costs (for example generation costs as mentioned above) can easily be passed on to the consumers without much reduction in supply, hence the larger price. On the other hand if the demand for the commodity were to be elastic then only a much smaller portion of the cost increase would be passed on to the consumer. Figure 2: Shows the effects of a shift in the Supply Curve We can also see the effects of a shift in the demand curve on price and quantity. If we assume that demand curves were to shift outward to the right (i.e. increases) from (D1 to D2) and (D1 to D2) while supply is held constant then with a more elastic demand curve the equilibrium price and quantity (P2 and Q2) would be much lower than if demand were to be inelastic (i.e. P2 and Q2). Figure 3: Effects of a shift in the Demand Curve From the three above illustrations it is quite clear that the resulting impact of changes in supply or demand on equilibrium price and quantity will vary in accordance to the nature of product elasticity. Price elasticities can be used to show how consumer demand responds to changes in price as well as the ease at which individuals can switch over to a substitute, when commodity prices go up. A consumer who has a fixed income has three options of responding to price changes in the short term; (a the consumer can switch over to a substitute; b) they can purchase less of the commodity without any additional purchase of a substitute; or (c he or she can still buy the same quantity of good while reducing his or her consumption of other commodities that make up their total expenditure. In the case of electricity the degree at which it can be substituted is very limited. Electricity can be used mainly for heating, lightening or a wide range of electric appliances such as (computers, television sets, printers, irons etc.). In the case of heating, a consumer may substitute the use of electricity for natural gas (and in the case of less developed countries may even substitute it for it for kerosene or firewood). However, the consumer also has the option of switching over to an appliance that uses a more energy conserving source. For end uses such as power supply for television sets, electricity has no substitutes. The consumer also has the option of purchasing a more efficient television set and maintaining the same level of service while using less electricity. Replacing appliances such as television sets may involve the change of a relatively expensive appliance and as such would take some time to do so. Since, this will involve a first initial capital outlay which i n turn depends on the income of the consumer, frequency of wage payment and payment of bills schedules etc. The time period required by consumers to substitute a relatively expensive appliance in response to higher energy prices is usually referred to as the long-run adjustment time period. On this the basis of this analysis, it is expected that the price elasticity of demand is usually inelastic in the short run and more elastic in the long run. This is because in the short run the consumers options of responding to higher electricity prices are limited i.e. he is restricted to reactions such as, reducing his or her level of appliance utilisation (for example running the heater for lesser hours of the day) or reducing his expenditure on other commodities to maintain the same level of electricity consumption. In the long run however, his options of responding to high energy prices are increased compared to the options he had in the short run. In the long run the consumer can fully respond to price changes by the purchase of appliances that are more efficient and/or the purchase of appliances that use a cheaper energy source. That is why in the long run elasticities tend toward a more elastic range than in the short run. Earlier Literature on Price Elasticity of Electricity Demand Earlier literature on electricity demand has revealed that the price elasticity of demand for electricity is relatively inelastic in the short run and tend to be relatively more elastic in the long run. The previous works written on price elasticity of demand are far too much to be fully discussed in this research. Therefore we shall focus on only the summary of a few. Taylor (1975) wrote one of the first literatures on electricity demand surveys. After carrying out reviews on various existing studies of commercial, industrial and residential electricity demand, he reported the following: (a in the case of residential demand for electricity, short term price elasticity ranged from -0.13 to -0.90 while long run price elasticities ranged from near 0 to -2.0. In the case of commercial demand, price elasticities were valued at -0.17 for the short run and -1.36 for the long run[7]. Boone kamp (2007) using the bottom up model on an annual data series for the period 1990-2000 reported that the household long term price elasticity ranged from -0.09 to 0.13[8]. Pouris (1987) conducted an analysis for the elasticity of demand for electricity for South Africa using data for the period (1950-1983) and determined that the long term price elasticity of electricity demand for the period was -0.90.[9] Bjoner and Jensen (2002) using a loglinear fixed effects model on panel data for the period of (1983-1996) discovered that short term price elasticity to be -0.479.[10] Filippini and Pachuari (2002) using a loglinear model on a monthly household panel data series discovered that the household short term price elasticity for electricity ranged from -0.16 to 0.39.[11] Zimmerman and Bohi (1984) carried out a detailed review of existing studies of energy demand. They reported that general consensus figures for residential price elasticity of electricity were -0.2 in the short run and -0.7 in the long run. The range of estimates in commercial electricity was too volatile to provide any consensus on values.[12] Al Faris (2002) used an error correction model to estimate short term price elasticity for UAE, Kuwait, Oman, Qatar and Bahrain to range from-0.04 to- 0.18.[13] The analysis carried out was based on an annual time series data for the period 1970-1997. Garcia Cerruti (2000) calculated the price elasticity for residential demand for electricity in California to have an estimated mean value of -0.17.[14] In summary, earlier literature show that price elasticity of electricity demand are normally inelastic in the short run and tends to be more elastic in the long run. However, on the whole price elasticity of electricity demand are usually inelastic (i.e. the absolute value of the co-efficient of price elasticity is usually below 1). MODELLING APPROACH AND DATA ANALYSIS According to Lin (2003)[15] he identified that there were three major factors affecting the demand for electricity in any country which were, electricity prices (tariff), GDP (Gross Domestic Product) and population. He went further to say that there were other factors as well contributing to the price of electricity which varied with different countries. Such factors includes nature of weather (i.e. people tend to use more electricity for heating purposes during cold seasons than in hot seasons) and changes in the structure of the economy. Pouris (1987)[16] identified the two major factors affecting the demand for electricity as price and GDP. Using the common independent variables identified by both Lin and Pouris, we have the following model; Log EDt = a + b1LogPEt + b2 LogYt + µEquation Where: EDt = Total electricity demand in period in a given year (Gwh) PEt = Average price of electricity in constant terms for a given year ( £/Kwh) Yt = GDP of country for period t in constant Billion Pounds a = Constant b1 =Price elasticity of electricity demand b2 =Income elasticity of electricity demand  µ= Disturbance term (represents all other factors affecting the demand for electricity) We use the log functional form because it enables us easily determine the price elasticity for electricity demand which is the regression coefficient of price. The price elasticity of demand for electricity is also assumed to be constant.[17] The data used for the period is in constant terms and aggregated at the national level. We express our data in constant terms because we would like to take out the effects of inflation. The data used is aggregated at a national level because it tends to provide a more stable relationship between independent and dependent variables. Pouris (1987)[18] cited Ehrenbergs (1975)[19] work in which he (Ehrenberg) argued that the advances in physical sciences are to a great extent due to the fact that simple relationships (laws) are achievable because they usually account for the collective behaviour of million entities. Pouris (1987) then argued further that, the success of finding laws in social sciences would be in likely areas where behaviour of large individuals or objects can be aggregated. From the above table we can see that the price elasticity of demand for electricity (for the UK) is approximately -0.15 which agrees with economic theory that; (a elasticities of demand are inversely related to price as shown by the negative coefficient of price elasticity and (b price elasticity of demand for electricity tends to be inelastic i.e. having an absolute value below one. Also we do not reject the result due to the high R2 = 0.9688 (co-efficient of determination) and the fact that the result is statistically significant i.e. the absolute t values for real GDP and real electricity prices are above 2. While their (real GDP and real electricity prices) P values are below 5%. The table below shows the data (for U.K.) used in carrying out the regression analysis. The demand for electricity data and average electricity prices were sourced from the Economic and Social Data Services (ESDS) website. While the Real GDP and Consumer prices were obtained from the International Monetary Fund (IMF) website CONCLUSION/FINDINGS The price elasticity of electricity demand for the period (2008-2020) is about -0.15, which is consistent with economic theory that the co-efficient of price elasticities tend to have negative values and that the price elasticities for electricity tend to be inelastic. If we assume that the price elasticity for all organization and individuals in the U.K. lies close to this value (-0.15) and is constant through out time, then such information could have various implications for the economy. Firstly, an inelastic demand for electricity, would mean that there would be little or no government intervention required on the supply side (existing producers and suppliers) to ensure that producers and suppliers of electricity are able to breakeven (recover costs from generated revenue). This is because an inelastic demand for electricity (with respect to price) would mean that whenever there is an increase in demand and producers have to increase their supply in order to match the rising demand, the costs associated with increasing supply can easily be passed on to the consumer. As such, the government could be able to focus on other activities such as the provision and maintenance of public roads, hospital, and schools. Secondly, it would enable the government easily achieve renewable energy targets set in the power generating sector, due to the fact that the potential increases in costs arising from setting renewable energy targets can easily be transferred to the consumer (due to inelastic nature of electricity demand). The government should however ensure that the targets are set in a fair main manner such that the impact of the targets are felt by all power generators in a similar way and that no undue advantage is given to any one single producer due to the implementation of such targets. Furthermore the government should ensure that the targets are set in such a way that it does not increase tariffs too much so that consumers cannot easily afford their bills. Which in turn would then reduce demand drastically (since the consumers in the short run have the option of turning of their appliances) and hence, adversely affect supply as producers may not be able to recover all their fixed cost. If t his effect (rising prices drastically affecting demand) is unavoidable then the government should adopt policies that could assist in improving the disposable income of its citizens. BIBLIOGRAPHY PRIMARY SOURCES SECONDARY SOURCES Books Articles Bin Lin Q. (2003) Electricity Demand in the Peoples Republic of China: Investment Requirement and Environmental Impact at, www.adb.org/Documents/ERD/Working_Papers/wp037.pdf (Last Visited on 26th of April 2010) Mark A. Bernstein and James Griffin (2005) page 2: Regional Differences in the Price-Elasticity of Demand for Energy Pittsburgh U.S.A.: Rand Corporation Mark Lijesen G. The Real-Time Price Elasticity of Electricity in Science Direct Energy Economics 29 (2007) 251 Elsevier at, www.wlsevier.com/locate/eneco (Last Visited on 26th of April 2010) Pindyck 1979, The Characteristics of Energy Demand, in Energy Conservation and Public Policy , (Ed.)J. Sawhill Prentice Hall, Englewood Cliffs, NJ. Pouris A. (1987) The Price Elasticity of Electricity Demand in South Africa at, http://www.informaworld.com/smpp/content~db=all~content=a739318120 (Last Visited April 2010) Others Bohi, D. (1981) Analysing Demand Behavior A Study of Energy Elasticities, John Hopkins University Press for the Future Inc., Baltimore Ehrenberg A. (1975) Data Reduction: Analysing and Interpreting Statistical Data, Wiley-Interscience, London. Kotze, D. and Cooper, C. (1985) Energy Projections for South Africa, Institute of Energy Studies, Rand Afrikaans University, RSA. Venter, G and Basson, J. (1986) Quo-Vadis, National Non-Nuclear Energy Research in South Africa, Paper Presented in the South African National Committee of World Energy Conference, CSIR Pretoria 9-10, June. Lead Time and Costs EIA/DOE Electricity Market Model (2010) at, www.eia.doe.gov/oiaf/aeo/assumption/pdf/electricity.pdf (Last Visited April 2010) Subhes B. and Andon B. (unpublished): Domestic Demand for Petroleum Products in MENA countries at, http://www.dundee.ac.uk/cepmlp/gateway/index.php?category=13 (Last Visited on 26th April 2010) Website Economics and Social Data Services website at, http://www.esds.ac.uk/ (Last Visited on 26th April 2010) International Monetary Fund Website at, http://www.imf.org/external/index.htm (Last Visited on 26th April 2010) For Details of Lead Time and Costs see EIA/DOE Electricity Market Model (2010) at, www.eia.doe.gov/oiaf/aeo/assumption/pdf/electricity.pdf (Last Visited April 2010) Pindyck 1979, The Characteristics of Energy Demand, in Energy Conservation and Public Policy , (Ed.)J. Sawhill Prentice Hall, Englewood Cliffs, NJ. Pouris A. (1987) The Price Elasticity of Electricity Demand in South Africa at, http://www.informaworld.com/smpp/content~db=all~content=a739318120 (Last Visited April 2010) Mark A. Bernstein and James Griffin (2005) page 2: Regional Differences in the Price-Elasticity of Demand for Energy Pittsburgh U.S.A.: Rand Corporation ID Note 4 Supra Note 4 Supra Note 4 Mark Lijesen G. The Real-Time Price Elasticity of Electricity in Science Direct Energy Economics 29 (2007) 251 Elsevier at, www.wlsevier.com/locate/eneco (Last Visited on 26th of April 2010) Supra Note 3 page 1 Supra Note 8 page 251 Supra Note 8 page 251 Supra Note 4 page 13 Supra Note 8 page 251 Supra Note Bin Lin Q. (2003) Electricity Demand in the Peoples Republic of China: Investment Requirement and Environmental Impact page 5-6 at www.adb.org/Documents/ERD/Working_Papers/wp037.pdf (Last Visited on 26th of April 2010) Supra Note 3 Subhes B. and Andon B. (unpublished): Domestic Demand for Petroleum Products in MENA countries page 10-11,at, http://www.dundee.ac.uk/cepmlp/gateway/index.php?category=13 (Last Visited on 26th April 2010) Supra Note 3 page 1271 ID note 18

The Man with the Twisted Lip by Sir Arthur Conan Doyle :: English Literature

The Man with the Twisted Lip by Sir Arthur Conan Doyle In ‘The Man with the Twisted Lip’, Sir Arthur Conan Doyle used the disrespect of the Victorian public with regards to the Police to create his own successful amateur detective. The reason for this clear lack of respect is that the notorious Jack the Ripper was roaming the streets of London, and the police could do nothing to stop him. Indeed Jack the Ripper was never caught by the Police. Sir Arthur Conan Doyle also uses the fear that Victorians had of the knowledge that Jack the Ripper was present on London streets. Sir Arthur Conan Doyle uses words such as, â€Å"lurking† and â€Å"sluggishly† to describe Upper Swandam Lane and the way the River Thames flowing, adding to the feeling of disquiet and revulsion within the reader. Sir Arthur Conan Doyle also describes Upper Swandam Lane as being, â€Å"vile† All three of these words make the reader feel uncomfortable about the settings because the words represent life and creatures that are evil and dangerous. Sir Arthur Conan Doyle also tells us of a, â€Å"low room thick and heavy with the opium smoke† In the Victorian period, opium was legal and was smoked by many people. The thick smoke in the room made it difficult to breathe clean air. The word, â€Å"sottish† is used to describe an opium smoker who clearly has no control over his mind and body. This could be a hint that Sir Arthur Conan Doyle did not approve of the smoking of opium that took place in that time. Sir Arthur Conan Doyle also describes those opium smokers as being, â€Å"bodies lying in strange fantastic poses, bowed shoulders, bent knees, heads thrown back and chins pointed upwards, with here and there a dark, lack-lustre eye turned on the newcomer† This sentence gives the reader a further suggestion that the people in the opium den are intoxicated under the influence of opium, and also Sir Arthur Conan Doyle’s dislike of the habit of opium smoking. Sir Arthur Conan Doyle describes the path down to the opium den as, â€Å"a steep flight of steps leading down to a black gap like the mouth of a cave† This could be likened to a descent into hell, reminding the reader of the dreadful descent into the railway cutting in ‘The Signalman’, and suggesting that the opium den is not a place where religious people could be found. Sir Arthur Conan Doyle manipulates the importance that Victorians placed on social values and respectability. The Victorians were very proud people, and knew that money meant respect. This is shown when the character of Neville St.

The Relatable Stranger: How and Why We Are Meursault Essay -- Literary

The Relatable Stranger: How and Why We Are Meursault Using his existentialist text The Stranger as a vessel for his own philosophical ideals, absurdist Albert Camus poses a question most essential to human existence: when released from the shackles of tediously perpetuated societal routine, how does a man function? Embodying the answer to this question is Monsieur Meursault, whose once rational speech and logical action unravel in the heat of circumstance to illustrate what Camus deems â€Å"the nakedness of man faced with the absurd.† Possessing the characteristics of any respectable gentleman, Meursault is honest, sensible, and extremely adaptable to the universe in motion around him, substituting mindless rhetoric and the excuse of emotional abundance with an acuity of thought and proclivity to raw sensation. By structuring his philosophy around a man with such a nonspecific and thus relatable identity, Camus evokes sympathy by touching at the bestial necessity of freedom for the individual, mocked by a society interested on ly in docile collectivity. Taking little stock in the unspoken and assumed truths of the culture in which he exists, Meursault follows a more natural and almost physiological rhythm of emotion and sensuality. After learning of the death of his mother, he must travel â€Å"about eighty kilometers from Algiers† for the funeral (Camus 3). Rather than emphasize the exhaustive capability of trauma, Meursault elicits reason, explaining that â€Å"it was probably because of all the rushing around, and on top of that the bumpy ride, the smell of gasoline, and the glare of the sky and the road, that [he] dozed off† (Camus 4). After returning home from the funeral, he awakens the next morning and decides to take a swim in the pu... ... indifference of the world† (Camus 122). With sympathy toward Meursault secured, a natural disapproval of the society who condemns him is to be formed. By placing a mirror before the very society which this text intends to describe, the novel forces those who read it to reevaluate their seemingly natural assumptions concerning the â€Å"frivolous indulgence† of emotion, the stone cold immovability of morality, and most of all the purpose of judgment (Camus 40). In his essay on the guillotine, Camus defines compassion as that which â€Å"does not exclude punishment, but [which] withholds an ultimate condemnation† (Camus 40). With the creation of such a relatable character as Meursault, Albert Camus attempts to breathe compassion into an otherwise indifferent society, acting as the catalyst for a reaction which both sympathizes and reconsiders what essentially makes us human.

Dick and balls

Use a Tape-measure to measure circumference. A-IVe gone from 1 1†³ to 13. 5†³ R-its realistic†¦ lVe already gone from 11†³ to 13. 5†³ in two months T- workout 6 days a week for 1 hour until summer 2. S-l want to weight 175Lbs by summer, (muscle Gains) because I want to have more muscle mass. M- Use a Scale to measure weight A- I have put on 8Lbs of Muscle mass in two months R- I have put on 81bs in two months so another 15 in 7 is attainable T- workout 6 days week for 1 hour until summer 3.S- increase 10-rep leg press max to 220Lbs so I can have more strength to become a better water-skier. M. When I can lift 220Lbs 10 times in a row. A- I can leg press 180Lbs 10 times comfortably. R- Its not a huge increase so I can do it. T- I want to achieve this goal buy summer so I have the strength to waterski. I will train my legs 2-3 times a week. S- ! 4 inch bicep by summer so I can complete more push ups during fitness testing M- Use a Tape-measure to measure circum ference. A-IVe gone trom R-its realistic†¦IVe already gone from 11†³ to 13. 5†³ in two months T- workout 6 days a A- I nave put on 8Lbs ot Muscle mass in two months A- I can leg press 180Lbs 10 times com o t rtably. train my legs 2-3 times a week. SWOLE Goals train my legs 2-3 times a week. train my legs 2-3 times a week. S n bicep by summer so I can complete more S-l want to weight 175Lbs by summer,