President Ronald Reagan Term Paper Example | Topics and Well Written Essays - 2000 words

President Ronald Reagan - Term Paper Example One such example of a nation with rich history of leaders is the United States. In the modern society of the United States, the president is viewed as the greatest leader of the country. The US has had its share of its own leaders, from the first presidents and community heads, to today’s president, Barrack Obama. One of these leaders of the American nation who served as a president is Ronald Reagan. He has numerous contributions during his term, but one must objectively assess these contributions, so as to fully appreciate whether these contributions and achievements had any real impact or effect. In relation, this paper will then look into the said contributions and achievements of a US president, specifically Ronal Reagan. This paper will first present an overall look at the president’s biography, especially focusing on Reagan’s term as the president of the United States. Afterwards, this paper will then present a critical appraisal of the president’s c ontribution to the country, using the different criteria provided by different secondary literatures and resources. In here, different ratings or appraisals will be given to the president and his performance, based on the said literatures. In addition, after different individual grades, an overall grade or evaluation of former president Ronald Reagan will be presented. More importantly, this paper will attempt to prove that President Ronald Reagan can be given a grade of A-, based on his achievements and accomplishments, also including numerous issues, controversies, and problems that arose during his reign as president. Biography and Overview of President’s Administration Ronald Wilson Reagan was born on the 6th of February in 1911, in a second floor apartment in Tampico, Illinois, where his parents resided at the time. The young Reagan was then raised in Dixon, and he received his education at Eureka College, graduating with a degree of Bachelor of Arts in Sociology and Eco nomics.1 After he graduated, Reagan first went into the entertainment sector, wherein he served as a radio broadcaster in Iowa. He then moved to Los Angeles in 1937, where his career in the entertainment sector soared as he found roles for acting in films, and then television shows.2 Some of Reagan’s most notable films include Bedtime for Bonzo, Kings Row, All American, and numerous others. In the later years of his career as an actor, Reagan found himself serving as the president of the Screen Actors Guild. Later, he also became the spokesman for the company General Electric (GE), where history saw to the earlier beginnings of his political career.3 Reagan was originally a member and follower of the Democratic Party, but by the late 1950s, his positions started shifting rightward and by 1962, he transferred to the Republican Party. His most notable move to the political arena was seen when, after delivering a stirring speech in 1964 supporting the presidential candidacy of t hen candidate Barry Goldwater, his leadership potentials were noticed and then brought to the limelight. With this acknowledgement of his potentials, Reagan was then persuaded to run for the governorship. Two years later, he won the said California governorship, a position he won again in 1970.4 In 1968, he ran for presidential nomination as candidate for the Republican Party, but he lost, and again in 1976, he ran for the same nomination for presidential candidacy but was defeated. Finally, in 1980, he won the said

Story of Cricket Essay Example for Free

Story of Cricket Essay At Old Trafford in 1956 Jim Laker produced one of the most famous individual performances ever in a Test Match, and one which will surely never be repeated. It was hardly surprising then, following that 19 for 90 in the Ashes deciding fourth Test, that publishers rushed to sign up the man who had enthralled the nation, and it was Frederick Muller Limited who secured the rights to publish Lakers autobiography. In the 1950s Mullers were one of the leading publishers in that field also, at various times, publishing books in the names of Colin Cowdrey, Trevor Bailey, Tom Graveney and Bill Edrich. Today there is no trace of the companys imprint, although its lineage can be traced through to current publishers Random House. In time Laker was to become a respected commentator and author in his own right but his three early books for Muller were ghost written. One, Over to me, that was published in 1960, was to cause a considerable furore, but the books were, generally, no more satisfying than similar books which appear today. The first book to appear bearing Lakers name appeared in early 1957 and was entitled Spinning Round the World. There is nothing remarkable about the content of the book and there are no compelling reasons for anyone to seek out a copy today, however there is one fascinating chapter, the final one, where Laker looks forward in order to speculate as to what cricket in the year 2000, forty three years on, might be like. The purpose of this article is to have a look at Lakers approach in order to see just how accurate or otherwise his predictions were and then for the writer to try and project the game forward again, this time, less ambitiously, to 21 years hence. To understand Lakers vision of the future it is necessary to know a little about the man himself and, more importantly, something of the state of the game when he made his predictions. Although Laker played his county cricket for Surrey, he was a gritty Yorkshireman. After leaving Surrey he also played briefly for Essex as an amateur but he was, throughout his Surrey career, a professional with all the typical attitudes and values of the northern professionals of that time. As far as the game itself was concerned England was very much the centre of the cricket world and the only country where there was a full time professional structure. Seventeen First Class counties would compete each year for the County Championship playing 28 three day games apiece. Only around half a dozen of them ever had any realistic aspirations to winning the title and there was no other domestic competition, so many games had little by way of a competitive edge. Overseas players had to acquire a residential qualification before they could play county cricket, and a decision to do so would end their international careers, so while there were overseas players in the English game they were not the top stars and English crowds only saw overseas Test players when they toured with their countries every few years. Test cricket was televised, but in grainy black and white, so in order to see the game properly supporters had to turn up at the grounds. In 1957 the English game was run by the MCC then, as now, a private club for gentlemen, and a similar organisation, the Imperial Cricket Conference, ran the world game. The abolition in the English game of the division between amateur and professional was, by 1957, inevitable but it was to be another six years before the distinction was finally consigned to sporting and social history. As far as the international game was concerned Test cricket had the great battles between England and Australia but for many years every other contest had been some way behind both in competitiveness and importance. South Africa had beaten England, in South Africa, on three occasions and once, in 1935, had defeated England in England but only once had they achieved even a draw in a series with Australia and, prior to 1952/53, had won but one Test against their Southern Hemisphere rivals. New Zealand in those days had never beaten England in a single Test and India had only ever won one match against England and that against what was effectively a second XI in 1951/52. Australia had only played New Zealand once, in a game so one sided they did not play them again for almost 30 years, and they had never been beaten by India. Only West Indies, who had comfortably beaten England in England in  1950, had changed the order of things and even they had failed to trouble Australia. In 1957 Pakistan had been the most recent addition to the family of Test playing nations and they had proved competitive, a great fast medium bowler, Fazal Mahmood, spearheading them to Test victories over England and Australia but the team as a whole was young and inexperienced and it was to be another 30 years before Pakistan would reach the top of the tree. It is also worth bearing in mind that in 1957 there was only one touring side to England each summer. Then, as now, Australia visited every four years as, since the war, had South Africa. There were therefore only two slots in the four year cycle for the other tourists and the 1950s saw nine years between New Zealand tours, eight years between Pakistani visits and seven years between those of India and the West Indies. A Test series then was four, or more usually, five matches. There were, of course, no one day internationals and the tourists would also play each of the 17 First Class counties once, and in the case of Yorkshire, Surrey and Lancashire usually twice, as well as a number of other First Class fixtures. Laker gave us two alternative visions of the future, one of which he was at pains to point out was not serious, but which is, when looked at overall, perhaps the most prescient. Laker saw the first Ashes Series of the 21st century as consisting of ten Test matches, his rationale being the extra funds generated by the ultimate form of the game. He saw the final Test still taking place at The Oval, and while the lifts to take ticket holders to their seats and the waitress service that Laker envisaged for spectators have not actually come about, the vast improvement in spectator comfort that he predicted has. As to the game itself Laker described players having numbered shirts and bowlers being allowed to make liberal use of substitutes to enable them to leave the field for a break after each spell. He also saw batsmen being allowed to take breaks within their innings, giving captains an American football style dilemma as to how best to arrange their batting order. It is certainly an interesting concept that a Paul Collingwood could be sent out to steady the ship after a couple of quick wickets fall only for him, having done so, to be able to take a rest while Andrew Fintoff comes out to blaze  away safe in the knowledge that if he falls early Collingwoods war of attrition can resume. Laker also predicted the increase in scoring rates in Test cricket which recent generations have delivered. We have not seen the ten ball overs that he foresaw, nor a rule that a batsman must score off at least three deliveries in each ten ball over or face a penalty, but we have seen the shortening of bou ndaries, albeit that has not gone as far as the complete standardisation at 60 yards that Laker felt the future would bring. Having set out that vision of the future Laker then took a step back, decided that the MCC and ICC were far too reactionary to countenance such changes and went on to outline a rather more conservative set of suggestions the majority of which have proved to be accurate. First and foremost Laker foresaw, although it was not difficult at the time, that the old order of the game, run as it was in large part by grandees and great industrialists, would have to change, and that former players and professional businessmen would have to have a hand in the running of the game. Irrespective of ones views on how those individuals who have found themselves in positions of power have performed there is no doubt that the game is much more professionally run than in the 1950s. As far as players are concerned, and Laker was only considering the English game here, he foresaw the dismantling of the archaic system of residential qualification for counties and predicted the dawn of the overseas player and a system of players transferring between counties and, which must have seemed farfetched at the time, the very recent concept of players going out on loan from one county to another. He also predicted, if not in so many words, the arrival of central contracts. As far as the laws of the game are concerned there has been little change since the 1950s and Laker did not anticipate anything revolutionary nor did he consider it necessary. This was a time when, despite its having been in the game for more than twenty years, the new LBW law that we have today was still controversial. Surprisingly, given that he was an off spinner, Laker was in favour of returning to the old rule whereby a batsman could not  be out LBW to a ball pitching outside the off stump, although it is clear it was not something that he expected to happen. One change that the following years did see, and which Laker considered essential, was the abolition of the old back foot no ball law which, at a stroke, eradicated the problem with fast bowlers dragging that was, by the time it changed, in 1969, a serious problem. Laker still believed, and this was the only feature he took from his unacceptable vision, that boundaries would become standardised. He deplored a state of affairs whereby a batsman could be caught in the deep on one ground and play an identical shot for six on another and keenly felt the inequity of this. Again this is perhaps surprising from a man who was a spin bowler and who spent many of his playing days on the wide open spaces of Kennington Oval with its long boundaries. Perhaps looking back to the controversies of the previous year Laker also foresaw a ground inspection panel to regularly inspect test and county grounds with a view to avoiding wickets being under prepared or otherwise unfit for the First Class game. Lakers final prediction was that the laws, or playing conditions, would contain provision for a fixed number of overs to be played in a day and that, after a number of gradual moves towards it, is now something we are used to. That it took so long to arrive is surprising and it took an infamous act of gamesmanship on the part of Brian Close, which cost him the England captaincy for the 1967/68 tour of West Indies, to secure the first move with the immediate introduction of a rule that 20 overs must be bowled in the final hour of a county championship match. The most significant development that Laker did not foresee, and indeed none of his generation did, was the introduction of single day matches with a limitation of overs to both sides, and to anyone looking back on the latter part of the 20th century that development must be viewed as the most significant step taken in the games evolution. Historically, a knockout cup between the First Class counties was mooted on a number of occasions,  initially as long ago as 1873, without any consensus ever being reached. What was usually discussed was a competition consisting of standard First Class matches, however no satisfactory mechanism for resolving the problems thrown up by drawn games was ever worked out. The possibility of one day cricket was considered, at some length, towards the end of the Second World War when the MCC was preparing for the resumption of the First Class game but was, effectively, dismissed out of hand. Two reasons were cited, firstly that a game of cricket limited by time or overs would be detrimental to the art and character of the game and, secondly, that captains would be encouraged to concentrate on preventing the batting side from scoring rather than from dismissing them. As the counties finances lurched from crisis to crisis in the 1950s discussions about a cup competition continued but it was not until 1961 that it was finally decided that a 65 overs per side cup competition was to be launched and as a result in 1963 the Gillette Cup was born and the rest, as they say, is history. So how will our great game look in 2030 as I approach my three score years and ten? I believe, like Jim Laker, that the game is fundamentally sound and little will change, at least insofar as the Test, First Class and List A versions of the game are concerned. There will, inevitably, be changes in the way that the game is umpired, and I have little doubt that in 2030 all potentially contentious umpiring decisions will be made instantly by technology and that the on-field umpires role will become a management function rather than a judicial one. I see little change to the laws of the game in prospect, although following the retirement of Muttiah Muralitharan and the hard line stance the Australians have decided to take on the doosra, I can certainly see that particular delivery being outlawed and consigned to history. I also expect the heartfelt plea put forward recently by Swaranjeet to result in the remit of the match referee extending to pitch preparation to ensure that the sort of tedious cricket that we saw for a large part of Englands series in the Caribbean earlier this year is not repeated. As for the domestic game in England I cannot see the 18 county structure  being dismantled but, given the success that central contracts have had in raising standards, I do think the amount of cricket played will inevitably and properly reduce so that players, and young and inexperienced ones in particular, have the opportunity to finely hone their skills in the nets rather than in match conditions. The above being said my expectation of the 20/20 game is that that will change considerably in the next 21 years. 20/20 will still be cricket but I believe there will be law changes that will remove it even further from the First Class game and I do think it will develop along the lines of the future that Jim Laker did not like the look of. I believe that LBW will end as a mode of dismissal in 20/20. It is far too complicated a law for casual viewers of the game and with it will be abolished the leg bye thereby, the legislature will say, adequately punishing the batsman for failing to lay bat on ball. I can also see greater rewards for batsmen who hit the ball further into the crowd and that we will end up with boundary eights and, perhaps, tens, as well as the traditional fours and sixes. I also believe, given the investment that some teams will make in the biggest names, that there will be an opportunity for batsmen to stay at the crease notwithstanding that they are dismissed and that captains will have to decide whether they want their star batsman to leave the crease or whether, on pain of a forfeit in terms of runs, they wish to leave him out there in place of a lesser batsman. I do not expect to be overly enamoured of this game as it changes but it will still be easily recognisable as cricket and as well as attracting a new audience to the game it will, I believe, spread the game around the world. I foresee that 20/20 cricket will feature in the Olympics in the near future and that it will be embraced by other nations in a way that the First Class game never will. In the 2030 20/20 World Cup I see the USA and Canada in particular providing strong opposition to the traditional test playing nations.

Sales & Distribution Management under the guidance of Prof. Jaydeep Mukherjee Essay Example for Free

Sales Distribution Management under the guidance of Prof. Jaydeep Mukherjee Essay Introduction This report is a part of our Project submission for the subject â€Å"Sales Distribution Management† under the guidance of Prof. Jaydeep Mukherjee. The Company which we have selected for our Project is MondelÄ“z International, formerly known as Cadbury India. As the first part of submission of our project this report includes the details of distribution channel of three product category, which are as follows: Extensive Intensive Perishable This report focus on product level analysis which includes the economics of business, the paradigm of service output desired by the customer and the service provided, decision making elements of the intermediaries, challenges faced, skill required by the sales and KRA’s of the sales team. As sales and distribution management is a subject which is highly practice oriented, we visited and interacted various shops in nearby markets within new old Gurgaon along with our visit to M/S Chandana Enterprise, a re-distributor of Cadbury India and sales marketing office of MondelÄ“z International, Vatika Tower, Golf course road, Gurgaon. This report is prepared on the basis of face to face interviews conducted with few retailers, store managers of Modern trade like Le Marche, SRS Value bazaar, along with that face to face interview with the distributor and the sales team of Mondelz International. Some of the information like company’s background and factual details has been gathered through internet. The reference of those sites has been given at the end of the report. Background About MondelÄ“z International MondelÄ“z International, Inc., is an American multinational confectionery, food, and beverage company based in Illinois which employs about 107,000 people around the world. It consists of the global snack and food brands of the former Kraft Foods Inc after the October 2012 spin-off of its North American grocery operations. The MondelÄ“z name, adopted in 2012, was suggested by Kraft Foods employees and is derived from the words mundus (Latin for â€Å"world†) and delez (a proxy for the word delicious). Name: MondelÄ“z International Type: Public. Industry: Food Processing. Predecessor: Kraft Food Inc. Founded: October  2, 2012. Founder: Thomas H. McInnerney Head Quarters: Chicago suburb of Deerfield, Illinois. Area Served: World Wide Brand Owned: Belvita, Chips Ahoy!, Nabisco, Oreo, Ritz, TUC, Triscuit, LU, Club Social, Barni, and Peek Freans (cookies and crackers); Milka, Terrys, Cà ´te dOr, Toblerone, Cadbury, Freia, Marabou, Frys, Lacta (chocolate), Trident, Dentyne, Chiclets, Halls, Stride (gum and cough drops) and Tang (powdered beverages). Products: Baby Food, Coffee, Dairy Products, Breakfast Cereals, Confectioneries, Bottled Water, Pet Foods etc. Revenue: US$25.92 billion (2016) Website: www.MondelÄ“z international.com About Cadbury: Cadbury, formerly Cadburys, is a British multinational confectionery company wholly owned by MondelÄ“z International (originally Kraft Foods) since 2010. It is the second-largest confectionery brand in the world after Wrigleys.[2] Cadbury is internationally headquartered in Uxbridge, West London, and operates in more than 50 countries worldwide. It is famous for its Dairy Milk chocolate, the Creme Egg and Roses selection box, and many other confectionery products. One of the best-known British brands, in 2013 The Daily Telegraph named Cadbury among Britains most successful exports. Cadbury was established in Birmingham, England in 1824, by John Cadbury who sold tea, coffee and drinking chocolate. Cadbury developed the business with his brother Benjamin, followed by his sons Richard and George. George developed the Bournville estate, a model village designed to give the companys workers improved living conditions. Dairy Milk chocolate, introduced in 1905, used a higher proportion of milk within the recipe compared with rival products. By 1914, the chocolate was the companys best-selling product. Cadbury, alongside Rowntrees and Fry, were the big three British confectionery manufacturers throughout much of the nineteenth and twentieth century. Cadbury was granted its first Royal Warrant from Queen Victoria in 1854. It has been a holder of a Royal Warrant from Elizabeth II since 1955.[5] Cadbury merged with J. S. Fry Sons in 1919, and Schweppes in 1969. Cadbury was a constant constituent of the FTSE 100 on the London Stock Exchange from the indexs 1984 inception until the company was bought by Kraft Foods in 2010 Cadbury in India: The operations of Cadbury India initiated in 1948. The head office is situated in Mumbai, Maharashtra with 4 sales offices at New Delhi, Kolkata, and Mumbai Chennai. It has five manufacturing units all over India at Thane (Maharashtra), Induri (Maharashtra), Malanpur (Madhya Pradesh), Bangalore (Karnataka), Baddi (Himachal Pradesh) and Hyderabad (Telengana) . The Company is planning to open its seventh manufacturing unit in Andhra Pradesh. It has one cocoa operations office at Dharapuram (Tamil Nadu) Cadbury India has a share of over 67% in the market, which is the highest Cadbury brand share globally.Cadbury India’s one of the most popular brands, Cadbury Dairy Milk is a benchmark for other chocolates in India and is regarded as the â€Å"gold standard†.Some of the other popular brands are 5 Star, Perk, Bournville, Celebrations, Halls, Éclairs, Tang and Oreo. The main brand in the Milk Food drinks segment is Bournvita, which is known as the leading Malted Food Drink (MFD) in the country. In the medicated category, Halls is a favorite candy while Cadbury India has also entered the biscuits category by launching Worlds no.1 biscuit brand Oreo.Cadbury has also been the leaders in the development of cocoa cultivation in India since 1965. The research work has been carried out in collaboration with the Kerala Agricultural University. The team from Cadbury also conducts training sessions for the cocoa farmers on cultivation aspects to have an increased cocoa productivity. In India Cadbury reaches to 1.2 million retail stores and 490, 00,000 RD’s. Its traditional trade to modern trade ratio is 90:10. Intensive Product: Cadbury Éclairs Extensive Product: Cadbury Silk Praline Intensive Distribution: A marketing strategy under which a company sells through as many outlets as possible, so that the consumers encounter the product virtually everywhere they go: supermarkets, drug stores, gas stations etc. Exclusive Distribution: Situation where suppliers and distributors enter into an exclusive agreement that only allows the named distributor to sell a specific product. Product: Cadbury Éclairs About the product: Cadbury Éclairs  are a confectionery currently manufactured by  Cadbury. Introduced in the United Kingdom in 1965, they were adapted into a  Dairy Milk  version of Éclairs after Cadbury was acquired by the privately owned company  HYPERLINK https://en.wikipedia.org/wiki/Pascall_(company) \o Pascall (company)Pascall  in 1922.  They are available in bags or rolls and can be found in the  Cadbury Heroes  selection. Éclairs are currently available in  South Africa,  United Kingdom, Ireland,  Kenya,  Hong Kong  and  India; where they are known as Dairy Milk Éclairs. In 2013 MondelÄ“z International updated the UK ingredients list to add in the inclusion of  palm oil  in the recipe. Éclairs was launched in 1971 in Indian market. In 2013 Cadbury rebranded its product to Choclairs in India. Distribution System: Intensive Distribution System Cadbury Éclairs is manufactured at xyz manufacturing unit of Cadbury India. This is the only facility which manufactures the product to meet the demand of several regions across India. Once ready the product is transferred to the State depot of various states the country through roadways /airways. Product form these state depots is then transferred to various CF located at different cities/districts. These CF’s acts as a warehouse for the company. MondelÄ“z appoints some private firm as its CF agent. CF agent further supplies the product to the redistributors. MondelÄ“z employs employees either on direct pay role or on an indirect payroll through the CF agent for operating these CF agencies. The RD or the re distributor receives its supply from the CF agency. An area sales manager is appointed to manage and monitor the RD centers in his/her area. The distributor is supposed to have its own sales team, which is groomed and trained by the Sales Team of MondelÄ“z . Usually 12 to 15 sales executives are appointed by the distributors. Each sales executive is designated to a particular territory known as â€Å"Beat†. Each such beat comprises of 30 to 40 outlets. Distribution Flow Chart- Cadbury EclairsCF State Depot Baddi Factory Thane Factory Induri Factory Malanpur Factory Bangalore Factory Direct Channel Distributor (RD) Sub-Stockiest Market: Modern Trade E.g.: Big Bazaar, Le Marche, Reliance etc Tradition Trade Retailers E.g.: Grocery stores, Betel Shop, Med Shops, and Stationeries etc. Tradition Trade Retailers E.g.: Grocery stores, Betel Shop, Med Shops, and Stationeries etc. Indirect Channel Consumer Selection of Channel Partners Selection of channel partner is based on following parameters: Business Capacity Salesmanship Credit worthiness, financial and social status. Expertise experience Presence in Market Producer Channel Fit Investment Made by Channel Partners These CF agencies and Re-distributors have to make investment in terms of: Security money to the company. Infrastructure which includes Temperature Controlled Go down with (Self owned/rented). Stock. Logistics Sales Team To supply product on credit in the market. Distribution Channel Management Channel Management is done through Rewards: Monetary Non-monetary Target Setting and monitoring Training capacity building Cash Flow Monetary Benefits In GT is around 4.5% and 1% is activity based In MT margin is around 4.5% and !% is activity based Super Stockiest margin is around 2% Retailers have a margin of 15% on Éclairs pouch 12% on Éclair Jar. Incentives to the Sales executives after surpassing the target. Non- Monetary Benefits A scheme called â€Å"Udaan†, which includes trips to abroad, based on the performance of RD’s and Super Stockiest. Visicooler’s to food stores and chemist’s based on their weekly sales. Mass dispenser’s to Chemists Betel Shops. Borrow Dispensers are given to small shop’s and Betel shops. Target Setting and Monitoring Monthly target is set separately for Traditional trade, Modern Trade and Institutional Trade. Incentives are given only after surpassing the give targets. A rough figure of avg. monthly targets for Modern Traditional trade are as listed below Modern Trade: Over 20 lakhs Traditional Trade: Over 1 Cr. These targets vary from city to city. For example one of the RD located in Gurgaon M/S Chandana Enterprise alone give a business of INR 8, 00, 00,000 alone. The monitoring is done by the company’s sales force by analyzing the invoice generated by the distributors. Cash Flow Distributor make the payment to the company through rtgs and pre-paid cheques .The cash flow cycle of the distributor varies form 1- 7days.Only those Firm’s which are financially sound are appointed as company’s distributors. This is because if a company is not financially well to then its won’t be able to provide credit to its retailer hence won’t be able to sustain in the market. The cash flow between the company, the CF and the retailer has to be well synchronized as any break or halt in the payment process can put a break on the entire cycle of events. In Modern trade and institutional Trade cash flow cycle varies from 16 days to a month. The distributors are liable to pay salary to its sales force but the incentives are given by the company. SEQ Figure \* ARABIC 1 Direction of Cash Flow Mode of Trasport SEQ Figure \* ARABIC 2 Mode of Transport Skills Required by the Sales Team It’s very important that the sales team should have certain skill sets, which help them to increase the productivity in terms of Sales output and market capture. Few of the skills which MondelÄ“z International expects from its sales team are as listed below: Business Generation. Target Oriented. Product Knowledge Knowledge of Customer. Should know how to pitch in the cost of the product in the market. Justify the product as per product’s marketing plan. Should know the seasonality pattern. Should know about the competitors Should have a sound knowledge of distribution management. KRA of a Sales Officer To achieve the give monthly target To identify the market potential in the beat assigned. Business Expansion. To continuously work in increasing Product visibility and presence in the market. Re-distributor handling. Team Handling Apart from the Sales officer, sales executive working directly in the market are the first line of interface between the company and the market. Although these sales executives are employed by the Re-distributors, their incentives and training expenses are borne by the company. These sales executives are responsible for: Bringing order form the retailer. To check and ensure the visibility the presence of product at retailers shop floor To collect the money from retailers on behalf of the distributor. Apart from the above mentioned responsibility the sales executives are involved in a 8 step called as per the training given to them by the company. This 8 step call includes: Greeting the Retailer. Checking the Stock Available. Merchandising. Taking the Order. Negotiating with the retailer. Revising the order and order confirmation. Greet the Retailer. Pre pare for next call. The inventory management system of MondelÄ“z works on a very prompt basis. The replenishment of stock with the distributor is done based on an automatic ERP system. Let us suppose that the minimum stock that M/S Chandana Enterprise needs to keep for say Dairy Milk is 10 cartons. M/s Chandna Enterprise receives an order of say 3 cartons out of these remaining cartons today. As soon as an invoice is generated at the end of M/s Chandna enterprise the system updates the same and the very next day 3 cartons of Dairy milk will be send to the distributor form the CF warehouse and the same will be updated in the system. This process ensures the timely replenishment and availability of minimum stock with the distributor as specified by the company. Product: Cadbury Silk Praline. About the product: Cadbury Silk Praline is a premium gifting range of Luxury chocolates currently manufactured by  Cadbury. The product was first introduced to the Indian market in September 2014. Cadbury Glow  was inspired by the warm glow of happiness that comes from seeing dear ones light up with happiness when they receive a special gift. In a busy world where emotions are forgotten and people have less time for their near and dear ones,  Cadbury Glow  aimed to empower people with a thoughtful gift to show how much they care. Staying true to this philosophy, the chocolate gift is filled with little details that are symbolic of the care that went into creating it. The chocolate pralines are crafted in Europe, and special attention is required post production in designing and packaging, making it more than just a chocolate and something truly worthy of gifting to a loved one. The beautiful gold and purple packaging of  Cadbury Glow  is reminiscent of a treasure chest t hat glows from the inside out, filled with delicious chocolate pralines that would leave a precious feeling. To make the gifting experience truly personalized  Cadbury Glow  will also be launching in September a unique gifting website that will connect both the gifter and recipient. The website  www.cadburygifting.in  allows consumers to experience the world of  Cadbury Glow, and to add a personal touch to their gift of  Cadbury Glow  by writing a personal note, sending a lovely song or experiencing again fond memories by videos and photos. In 2017 Cadbury rebranded its product to Cadbury Silk Praline in India. Distribution System: Extensive Distribution System Cadbury Silk Praline is manufactured at Mondelez’s manufacturing facility at Slovakia. The product is the Imported by Mondelez India food Pvt Limited and is packed by M/S Ameya Plastics, near Pune, Maharashtra. The Product form Slovakian facility is imported through air freight, which further is sent to the packing facility in insulated trucks. Once packaging is done Cadbury Silk Praline is sent to various CF in insulated trucks through roadways. The CF agent further distributes the product to the re-distributors from where it is supplied to the retailers modern trade market. Cadbury Silk Praline is an exclusive range of luxury gifting chocolates, which is seasonal in nature. Mondelez register peak sales of the product in india market during the festive months of October –November. Cadbury Silk Praline is major sold through Modern Trade and Institutional Trade. The product is meant for the niche market and hence not available at every nick corner shops. Being a temperature sensitive product it’s very important to store Silk Praline at a company prescribed temperature of 24 degree Celsius .Mondelez assign the dealer ship and retailer ship to only those business units which have facilities to maintain the prescribed temperature for storage of the product. The Product is also meant to transported through insulated temperature controlled trucks and mini vans. For this particular product the system in Mondelez is designed in such a manner that even if the distributor tries to supply the product to certain retailer who is not well equipped with the visicoolers or storage facility ,the system won’t allow to generate the invoice. Apart for the exclusivity and seasonality of the product rest of the factors remains same as explained above.

Implications of the TRAPPIST-1 Discovery

Implications of the TRAPPIST-1 Discovery The Search for Extra-Terrestrial Life in the Universe and the Implications of the TRAPPIST-1 Discovery Abstract Despite the absence of any discovery of life beyond the Earth in the Solar System, or communication in the form of radio signals from beyond the Solar System, humankinds quest to answer the question whether there is life elsewhere in the Universe continues apace. The answer to the question could be tantalizingly close now with some ambitious missions being planned in the Solar System to try and find life itself, and surveys of unprecedented scale being conducted with space and terrestrial telescopes to identify potentially habitable exoplanets showing evidence for the existence of life. One such survey (the TRAPPIST survey) led to the discovery of a nearby solar system with a dwarf star at its centre, and in February this year the existence of seven Earth-sized planets orbiting the star was confirmed, with at least three lying in the habitable zone. Studies are continuing to see if there is evidence for the existence of life on any of these planets, with profound astronomical implica tions. This dissertation considers the question of what is life, before reviewing the history and future of the search for extra-terrestrial life in the Universe. The techniques employed and the results from the TRAPPIST survey are reviewed and the implications of the follow-on studies that are now planned are discussed. It concludes by considering the question whether humankind will ever encounter intelligent life in the Universe.      Ã‚   Thomas Zurbuchen Associate administrator of the Science Mission Directorate at NASA speaking at the press briefing about the TRAPPIST-1 exoplanets in February 2017 The Search for Extra-Terrestrial Life in the Universe Contents 1.Introduction 2.What is Life? 3.Pre-requisites for Life 5.History of the Search for Life Beyond Earth Works Cited References The Search for Extra-Terrestrial Life in the Universe Introduction Despite the absence of any discovery of life beyond the Earth in the Solar System, or communication in the form of radio signals from beyond the Solar System, humankinds quest to answer the question whether there is life elsewhere in the Universe continues apace. Exobiology the search for life or for evidence of it has been stimulated by the extraordinary success of missions to planets and other bodies in the Solar System and the rapid advances that have been made in telescope technology in recent decades. The answer to the question could be tantalizingly close now with some ambitious missions being planned in the Solar System to try and find life itself, and surveys of unprecedented scale being conducted with space and terrestrial telescopes to identify potentially habitable exoplanets showing evidence for the existence of life. One such survey (the TRAPPIST survey) led to the discovery of a nearby solar system with a dwarf star at its centre, and in February this year the existence of seven Earth-sized planets orbiting the star was confirmed, with at least three lying in the habitable zone. Studies are continuing to see if there is evidence for the existence of life on any of these planets, with profound astronomical implications. This dissertation considers the question of what is life, before reviewing the history and future of the search for extra-terrestrial life in the Universe. The techniques employed and the results from the TRAPPIST survey are reviewed and the implications of the follow-on studies that are now planned are discussed. It concludes by considering the question whether humankind will ever encounter intelligent life in the Universe. What is Life? Is there life elsewhere in the universe? Before setting out to answer that question we need to understand what we mean by life. In popular culture extra-terrestrial life is usually characterised by intelligent humanoid creatures with whom mankind can interact and communicate, but one only has to look at the diversity of life on Earth to appreciate that there are countless life forms, each unique and a product of the environment it inhabits. Nor can all life forms on Earth necessarily be described as intelligent, perhaps as defined by the Oxford Concise Dictionary: The ability to acquire and apply knowledge and skills. It is reasonable to assume that an ability to communicate is essential if a species is to be described as intelligent, but intelligence is not a pre-requisite for the development of life. There are many scientific definitions of life, such as that offered by the Merriam-Webster Dictionary; An organismic state characterized by capacity for metabolism, growth, reaction to stimuli, and reproduction. This definition is helpful but it does not explicitly recognise that the ability to evolve, particularly in a changing environment, is vital for the development of sustainable life. Mankind has expended considerable effort over the millennia trying to understand the cosmos. The ancients saw it as a place inhabited by the gods, but as astronomy developed, and with it our understanding of the Solar System and the Universe, we began to ask the question, Are we alone?, or perhaps more precisely, Are there others out there like us? Perhaps the question we have been seeking to answer should really have been in two parts; Is there life elsewhere in the universe, and if so is it intelligent and would we be able to interact with it in some way? Pre-requisites for Life Earth is the only place where it is possible today to study living things and fossils to understand life, its evolution and the habitats where it can thrive. On Earth life is found in many extreme environments including; around volcanic vents on the mid-ocean ridges; in deeply-buried porous sedimentary rocks (Bruckner, 2017); permanently in caves; in glacier ice (Edwards, 2014); in thermal springs; in the stratosphere (Major, 2016) and in naturally toxic environments that would be poisonous to most other life forms. Despite the abundance of life on the surface of the Earth it has been suggested that there may even be more life below the surface than there is above (Cox, 2013). Figure 1: Colony of Deepsea Tube Worms and other fauna at the Galapagos Rift. (Photo: NOAA 2011 Galapagos Rift Expedition) Figure 2: A loach, a permanent cave-dwelling fish that crawls out of the water to feed on bacteria growing on damp rocks. (Photo: Dantà © Fenolio) All terrestrial life exhibits metabolism, which is a chemical process to harvest energy from the environment to maintain the living state of the cells that make up an organism. Metabolism involves moving and breaking down nutrients in order to produce energy to synthesize new proteins, nucleic acids etc. that are essential to sustain life (Dr Ananya Mandal, 2013). All terrestrial life is based on the carbon atom, which can form chemical bonds to create the long and complex organic molecules that are the essential building blocks for life (Freeman, 2011). All terrestrial life is also reliant on liquid water as the medium within which the metabolic process occurs. Without liquid water there can be no metabolism and therefore no life, as demonstrated by the Atacama Desert the driest place on Earth where there is no evidence for the existence of any living organisms (Cox, 2013). It is generally accepted that the pre-requisites for life are; Access to nutrients that contain the chemical elements necessary for life; An energy source that can be harvested directly or indirectly; and Liquid water. Given that all elements occur throughout the Universe, as do stars that emit energy in the form of photons, the most obvious place to look for extra-terrestrial life is on the surface of planets where there is likely to be liquid water. In any solar system there will be a region around the star within which the temperature is such that water will exist as a liquid. This is known as the Habitable Zone. The distance of the habitable zone from the star and its extent will be a function of the spectral type (and therefore mass) of the star and can be estimated using the Inverse Square Law, assuming the existence of an atmosphere with sufficient density to prevent sublimation of the water. The figure below shows the extent of the habitable zone for various star masses, with the Solar System planets and the exoplanets orbiting the red dwarf star Gliese 581 superimposed. Figure 3: The habitable zone as a function of stellar mass and distance from the star (Chester Harman, Planets: PHL at UPR Arecibo, NASA/JPL/APL/Arizona) Another potential habitat for life is on the moons of large planets with elliptical orbits are subjected to tidal heating caused by tidal friction. Orbital and rotational energy is dissipated as heat in the crust of the moon, in some cases melting the ice and forming an ocean beneath the ice crust. Two known examples of this in the Solar System are Jupiters moon Europa and Saturns moon Enceladus. It is postulated that life could also exist below the surface of Jupiters moon Io where there is plentiful heat to keep any water that was trapped in a liquid state, and where living organisms would be protected from Jupiters radiation (Choi, 2010). The Origin and Evolution of Life on Earth and Elsewhere Through the study of living organisms the pre-requisites for life are reasonably well understood, as is the evolutionary process through inter alia the study of fossils. However, to answer the question of how life came to be established on Earth it is also necessary to look beyond the Earth for clues. The elements that make up organic molecules are very abundant in the Universe and are known to originate from non-biological processes (e.g. volcanic activity on Mars (Carnegie Instution, 2012)) and there is a lot of evidence to suggest organic molecules are widespread in the galaxy, e.g.: Iso-propyl cyanide has been detected by examining microwave emission lines in inter-stellar clouds in the Milky Way (BBC, 2014). Organic molecules have been detected using spectral analysis in the tails of comets. The Rosetta mission to comet 67P/Churyumov-Gerasimenko also detected organic molecules (ESA, 2016). Organic molecules have also been found in certain types of meteorite collected on Earth. Carbonaceous chondrites are rare meteorites that have not melted at any stage of their life so are thought to pre-date the Solar System. They contain substantial amounts of carbon, including complex organic compounds and occasionally amino acids, and up to 20% water (Freeman, 2011). In the early Solar System comets and meteorides were very numerous and according to the Panspermia Hypothesis they seeded the Universe with simple life forms that got trapped in ejecta thrown into space when collisions occurred between planets and moons. This theory was given credence when living bacteria was found in a sealed camera recovered and brought back to Earth by the Apollo 12 astronauts from the Surveyor 3 spacecraft. Surveyor 3 had been on the lunar surface for three years. Another possibility is that organic molecules were formed on Earth, as hypothesised by Oparin and Haldane (Oparin, 1924). In 1952 Miller and Urey conducted their famous laboratory experiment which simulated conditions on early Earth. They mixed water, ammonia, methane and hydrogen in an atmosphere of water vapour, through which electric sparks were fired regularly to simulate lightening. At the end of the experiment they discovered that amino acids had indeed formed, giving credence to this hypothesis (Miller, 1953). Figure 4: The Miller-Uray apparatus Once all the right ingredients were present something kick-started life on Earth, and/or elsewhere in the Universe if the Panspermia Hypothesis is right. It is not possible today to conclude how life originated on Earth, but in any event the fossil record shows that the first simple living organisms appeared on Earth around 3.8 billion years ago, and so began the process of evolution producing the incredible diversity of life on Earth today. Whether life was kick-started on Earth or arrived from elsewhere is arguably one of the most important factors influencing the possible distribution of extra-terrestrial life, and is discussed again in Section xx. History of the Search for Life Beyond Earth NASA was established by an act of the US Congress in 1958, mainly in response to the launch by the Soviet Union of Sputnik 1. Most of its efforts were initially concentrated on the development of manned and unmanned space flight, but in the 1970s exploration of the Solar System using scientific probes began, driven to a large extent by the search for life beyond Earth. NASA began a broad-based effort to learn how to look for the presence both ancient and current of life beyond Earth, giving birth to a new science which became known as Exobiology. The fundamental questions that NASA set out to answer were; What is needed for life to thrive? How does life evolve? Where else in the Universe could it have evolved? How do we find it? In time it was acknowledged that to help answer these questions the detailed study of life on Earth was necessary to understand the origins and evolution of life and the habitats where it is found. The scope of exobiology expanded and it became known as Astrobiology (Freeman, 2011). During the 1960s a number of European countries started to get involved in space exploration, eventually clubbing together to form the European Space Agency (ESA) in 1975, bringing more resources to the exploration effort. The Search for Evidence of Intelligent Life In 1959 Guiseppe Cocconi and Philip Morrison observed that if intelligent extra-terrestrial life had been attempting to communicate it would probably have been doing so using radio waves transmitted at the wavelength of neutral hydrogen (21.1 cm), which is in a region of the radio spectrum dubbed the water hole due to its proximity to the hydrogen and hydroxyl radical spectral line. These radio waves do not experience diminution when they travel through the interstellar medium or through the Earths atmosphere and they argued that it should therefore be possible to detect such signals with terrestrial radio telescopes because (Cocconi Morrison, 1959). In 1960 Dr Frank Drake used the radio telescope at the National Astronomy Observatory in West Virginia to search for four months for radio signals with a wavelength of 21.1 cm emanating from the vicinity of nearby stars Epsilon Eridani and Tau Ceti (Drake, 1961). He failed to detect any signals but this heralded the beginning of SETI (the Search for Extra-Terrestrial Intelligence). Since the 1980s there has been an international collaborative effort to detect meaningful signals across an increasingly wide range of wavelengths, but although occasional signals have been detected they have not been sustained or repeated, which suggests they were not produced by an intelligent life form seeking to communicate. Notwithstanding this, the search continues. The Search for Suitable Habitats and Evidence for the Existence of Life Aristotle was the first to observe life in snow as a snow algal bloom. These occur as algae produce reddish-pink blooms (watermelon snow) as seen in this sample of Svalbard snow. The reddish-pink pigments are a microbial sunscreen, protecting the algae from UV radiation. Photo credit: Dr Arwyn Edwards (Edwards, 2014) Drake Stars w/ mass > 1.5o unlikely to support life humans took 4bn + yrs Small stars long life but low temp, planets have to be close but then gravity locked v. low POS based on current understanding = sun-like star- low rate of formation; 1:10 w/ habitable zone Implications of Trappist-1 results and historical assumptions The Probability of There Being Extra-Terrestrial Life in the Universe The Drake Equation The Drake equation is: N = Rà ¢Ã‹â€ - à ¢Ã¢â‚¬ ¹Ã¢â‚¬ ¦ fp à ¢Ã¢â‚¬ ¹Ã¢â‚¬ ¦ ne à ¢Ã¢â‚¬ ¹Ã¢â‚¬ ¦ fà ¢Ã¢â‚¬Å¾Ã¢â‚¬Å" à ¢Ã¢â‚¬ ¹Ã¢â‚¬ ¦ fi à ¢Ã¢â‚¬ ¹Ã¢â‚¬ ¦ fc à ¢Ã¢â‚¬ ¹Ã¢â‚¬ ¦ L where: N = the number of civilizations in our galaxy with which communication might be possible (i.e. which are on our current past light cone); and R* = the average rate of star formation in our galaxy fp = the fraction of those stars that have planets ne = the average number of planets that can potentially support life per star that has planets fl = the fraction of planets that could support life that actually develop life at some point fi = the fraction of planets with life that actually go on to develop intelligent life (civilizations) fc = the fraction of civilizations that develop a technology that releases detectable signs of their existence into space L = the length of time for which such civilizations release detectable signals into space No table of figures entries found. 2. Prof BBC. (2014). Complex organic molecule found in interstellar space. Bruckner, M. (2017). Endoliths-Microbes Living within Rocks. Microbial Life. Carnegie Instution. (2012). Organic carbon from Mars, but not biological. Science Daily. Cox, P. B. (2013). Wonders of the Solar System. Dr Ananya Mandal, M. (2013). What is Metabolism? Edwards, D. A. (2014). Glacier Ecosystems. Antarctic Glaciers. ESA. (2016). Rosettas comet contains ingredients for life. Freeman, R. (2011). Universe Ninth Edition. J. Mayo Greenberg, C. X.-G. (1992). The seeding of life by comets. Advances in Space Research. Major, J. (2016). Hunting for High Life: What Lives in Earths Stratosphere? Universe Today. Oparin, A. I. (1924). The Origin Of Life. The Oxford Concise Dictionary. (n.d.).   Ã‚   http://www.news-medical.net/life-sciences/What-is-Metabolism.aspx https://www.sciencedaily.com/releases/2012/05/120524143450.htm https://en.wikipedia.org/wiki/Panspermia https://history.nasa.gov/factsheet.htm https://astrobiology.nasa.gov/about/history-of-astrobiology/ http://www.esa.int/About_Us/Welcome_to_ESA/ESA_history/History_of_Europe_in_space Ken Rice : The Detection and Characterization of Extrasolar Planets; Published: 19 September 2014

Free Billy Budd Essays: A Structuralist Reading :: Billy Budd Essays

A Structuralist Reading of Billy Budd . . . truth is revealed only when formal order is destroyed. - Dryden, p. 209 Not on your life, says Edgar A. Dryden (though not in so many words, of course) to the above in his splendid Melville's Thematics of Form. His argument is essentially to show that while most readers (erroneously) assume that Captain Vere is the story's tragic hero, the fact of the matter is that a "better" reading will reveal him as Melville's target, if you want to know the "truth." I want to emphasize at the outset is that EVERYTHING DRYDEN SAYS IS SUPPORTED BY THE TEXT he is analyzing. In other words, he cannot be accused of reading-into! Well, how does Dryden denormalize (as it were) the reading above? Rather simply even if rather spectacularly. Here's as brief a version of Dryden's argument as I can possibly give you: Captain Vere's argument is very formally ordered and highly symmetrical. Furthermore, it is in keeping with this compassionate and wise man's philosophy according to which (as Melville's text tells us) "with mankind forms, . . . measured forms are everything" (84). Interestingly enough, Dryden points out, the published report concerning the whole Budd affair at the end of the story, which is taken from a "naval chronicle of the time," and which thus represents an "authorized" version of the whole affair (85), is also formally ordered and highly symmetrical. The trouble is that this "authorized" account is totally false. According to this versi on Billy Budd was evil while John Claggart was good, etc. Perhaps, Dryden argues, we may find something in Melville's text that would confirm a suspicion we may already be entertaining - namely, that formally ordered and highly symmetrical arguments may themselves be suspicious. Dryden finds the text in question very close to the one where Captain Vere makes his claim about "measured forms." It reads as follows: "The symmetry of form attainable in pure fiction cannot so readily be achieved in a narration essentially having less to do with fable than with fact. TRUTH UNCOMPROMISINGLY TOLD WILL ALWAYS HAVE ITS RAGGED EDGES" (84; capitals mine). In contradistinction to Captain Vere's argument or the naval chronicle's "authorized" version, then, Dryden asks us to examine Melville's own way of telling his story. Is it formally ordered and highly symmetrical? Free Billy Budd Essays: A Structuralist Reading :: Billy Budd Essays A Structuralist Reading of Billy Budd . . . truth is revealed only when formal order is destroyed. - Dryden, p. 209 Not on your life, says Edgar A. Dryden (though not in so many words, of course) to the above in his splendid Melville's Thematics of Form. His argument is essentially to show that while most readers (erroneously) assume that Captain Vere is the story's tragic hero, the fact of the matter is that a "better" reading will reveal him as Melville's target, if you want to know the "truth." I want to emphasize at the outset is that EVERYTHING DRYDEN SAYS IS SUPPORTED BY THE TEXT he is analyzing. In other words, he cannot be accused of reading-into! Well, how does Dryden denormalize (as it were) the reading above? Rather simply even if rather spectacularly. Here's as brief a version of Dryden's argument as I can possibly give you: Captain Vere's argument is very formally ordered and highly symmetrical. Furthermore, it is in keeping with this compassionate and wise man's philosophy according to which (as Melville's text tells us) "with mankind forms, . . . measured forms are everything" (84). Interestingly enough, Dryden points out, the published report concerning the whole Budd affair at the end of the story, which is taken from a "naval chronicle of the time," and which thus represents an "authorized" version of the whole affair (85), is also formally ordered and highly symmetrical. The trouble is that this "authorized" account is totally false. According to this versi on Billy Budd was evil while John Claggart was good, etc. Perhaps, Dryden argues, we may find something in Melville's text that would confirm a suspicion we may already be entertaining - namely, that formally ordered and highly symmetrical arguments may themselves be suspicious. Dryden finds the text in question very close to the one where Captain Vere makes his claim about "measured forms." It reads as follows: "The symmetry of form attainable in pure fiction cannot so readily be achieved in a narration essentially having less to do with fable than with fact. TRUTH UNCOMPROMISINGLY TOLD WILL ALWAYS HAVE ITS RAGGED EDGES" (84; capitals mine). In contradistinction to Captain Vere's argument or the naval chronicle's "authorized" version, then, Dryden asks us to examine Melville's own way of telling his story. Is it formally ordered and highly symmetrical?

The Three Witches in Macbeth Essay -- William Shakespeare

The three witches in the tragedy Macbeth are introduced right at the beginning of the play. The scene opens with the witches chanting three prophesies: Macbeth will be Thane of Cawdor, Thane of Glamis and King. These prophesies introduce Macbeth to his plan of defeat and to over power. Macbeth will eventually follow through in killing king Duncan. Some people believe that the witches had the ability to reverse the order of things. This brings into the play idea of fate and the role with which it has in the play. One can only wonder if Macbeth ever had a chance of doing what was right after he met with the witches. It is however, more realistic to believe that Macbeth was responsible for his own actions throughout the play and in the end, he was the one who made the final decisions. The witches could see the future, they could add temptation, and influence Macbeth, but they could not control his destiny. No one can change the destiny of ones life nor can anyone tell the destiny of ones life. Macbeth creates his own sadness when he is driven by his own sense of guilt. He realized what he did was immoral and he cant stand the thought. This causes him to become insecure about his actions which causes him to commit more murders. The witches are great at intriguing, but in the end, it is each individuals decision to fall for the temptation, or to be strong enough to resist their captivation. That’s where Macbeth messed up, he didn’t trust himself enough and wasn’t confident enough in himself to know what the right thing was. The three Witches are only responsible for giving Macbeth the ideas and for forming ideas in Macbeth’s head. They are not responsible for h... ... is warned about the truth of the witches prophesies, he is tempted and refuses to listen to reason from Banquo. Macbeth blames the witches for deceiving him with half truths. While the witches are not totally responsible for the actions of Macbeth, they are responsible for introducing the ideas to Macbeth which in turn fired up Macbeth's ambition and led to a disastrous And unnecessary chain of events. The story of Macbeth teaches us many lessons in life. The lesson that stuck out to me is to be your own person. Macbeth let other people control him and lead him. He didn’t make decisions for himself nor did he follow his heart in everything he did. He was just thinking about what the witches and Lady Macbeth wanted. When you live your life for other people your really not living. Macbeth taught me a lot of lessons that I will continue to use throughout my life.

Waste Land Essay: Spiritual Decay -- T.S. Eliot Waste Land Essays

Spiritual Decay in The Waste Land      Ã‚  In The Waste Land, T.S. Eliot develops his theme of sterility and decay in the post-World War I man by focusing on the aspect of "religious dearth or superficiality reflected in despintualized love" (Pinion). For Eliot, man's inability to find real love or to move beyond superficial sexual gratification is congruous to the spiritual decay of his soul.   Ã‚  Ã‚  Ã‚   In the first part of the poem, "The Burial of the Dead'~ Eliot's allusions to two love stories amidst a backdrop of "stony rubbish" and "broken images" illustrates his view of love as something that has lost its ability to blossom in the infertility of modem society (20,22). Eliot alludes to the story of Tristan, a young sailor, who leaves his lover, Isolde, behind when he sails for home. As he lies dying, he waits for the arrival of her ship, but the sea that is to bring her remains empty and desolate. This shows how human longing in love is fr... ...erating his hope for the regeneration or rebirth of the human spirit (424-425).    Works Cited and Consulted Pinion, F.B., A T.S. Eliot Companion: Life and Works, The Macmillan Press (1986) Southam, B.C., A Guide to the Selected Poems of T.S. Eliot, Harcourt Brace & Company Shashane, VA "Reflections on the Waste Land", Studies on IS Eliot Ed. A.N. Dwivedi; US Bahri Publishers (1989) Raffel, Burton IS Eliot Frederick Ungar Publising Co., Inc. (1982)