Shark Conservation Essay -- Sharks Sea Life Animals Essays

Shark Conservation Abstract Arising over 350 million years ago, the shark species has been labeled as a human devourer. Now, with the increase in human population, the demand for shark meat, fins, and cartilage are at an all time high; therefore, the existence of the shark is becoming a concern (Budker 1971). Individuals are conditioned to think of sharks as a negative aspect to the environment, which is prolonging the effort to save shark species from becoming extinct. With that in mind, some private as well as national organizations have accepted the challenge of educating and informing people about the existence of the shark specie and its importance to the sea. Introduction Portrayed as the beast of the sea, the shark species is a cold blooded animal that shows great diversity in size. The largest of the sharks measure up to 13.7 m, while the smallest of the species range from 22-to-25 cm (Ellis 1976). Typically, these creatures of the sea have a fusiform body, that is composed of cartilage, which is capable of reducing drag and the amount of energy needed to swim (Ellis 1976). Their countershade coloration allows the species to blend in with both the dark depths and the light surfaces of the sea (Ellis 1976). These beautiful dwellers of the sea also possess rigid fins that are supported by cartilaginous rods. All together the shark has five different types of fins: the paired pectoral fins, are used to lift the shark as it swims, the paired pelvic fins stabilize the shark, the one or two dorsal fins also stabilize the shark, a single anal fin provides stability in species where it is present, however not all sharks have the anal fin, and the caudal fi n which propels the shark (Lineaweaver and Backus 1970). The sharks head structure consist of lateral eyes, a ventral external nose, and a mouth that is ventrally located at the tip of the snout. Some species possess an eyelid like structure called a nictitating membrane, which helps in protecting the eye from being injured when prey are thrashing around, and a nasal barber, which are sensory projections near the nasal (Lineaweaver and Backus 1970). In the mouth, teeth are modified, enlarged placoid scales. Having numerous rows of teeth attached at their bases by connective tissue, sharks have rows of replacement teeth that are continually developed behind the outer row. As the functio... ... feeling to the slaughter of the shark species. Therefore, with positive education as an antidote to false and negative publicity the battle to save the endangered shark will be possible. In order to win the battle of losing the shark, the support of the general public will be needed to achieve this goal. Work Cited Baldridge, H.D. 1974. Shark Attack. Berkely Pub. Corp., New York. 263 Baldridge, H.D. 1988. Shark aggression against man: beginning of an understanding. 74(4):208-217 Budker, Paul. 1971. Life of Sharks. Columbia University Press. 10-18pp. Davies, D. H. 1966. About Sharks and Shark Attack. New York Hobbs, Dorman. 240-255 pp. Ellis, Richard. 1976. The book of Sharks. New York Grasset and Dunlap. 110-130 pp. Lineaweaver, T. H., and R. H. Backus. 1970. Natural History of Sharks. Philadelphia and New York. 23-40 pp. Martin, M. 1985. The shark: more threatened than threatening. Sea Frontiers. 31: 296-303. Perrine, D. 1999. Sharks and Rays of the World. Voyageur Press, Stillwater, Minnesota. 132 pp. Woums, J., and L. Demski. 1993. Reproduction and Development of Sharks, Skates, Rays and Ratfishes. Environmental Biology of Fishes. 38(1): 270. Shark Conservation Essay -- Sharks Sea Life Animals Essays Shark Conservation Abstract Arising over 350 million years ago, the shark species has been labeled as a human devourer. Now, with the increase in human population, the demand for shark meat, fins, and cartilage are at an all time high; therefore, the existence of the shark is becoming a concern (Budker 1971). Individuals are conditioned to think of sharks as a negative aspect to the environment, which is prolonging the effort to save shark species from becoming extinct. With that in mind, some private as well as national organizations have accepted the challenge of educating and informing people about the existence of the shark specie and its importance to the sea. Introduction Portrayed as the beast of the sea, the shark species is a cold blooded animal that shows great diversity in size. The largest of the sharks measure up to 13.7 m, while the smallest of the species range from 22-to-25 cm (Ellis 1976). Typically, these creatures of the sea have a fusiform body, that is composed of cartilage, which is capable of reducing drag and the amount of energy needed to swim (Ellis 1976). Their countershade coloration allows the species to blend in with both the dark depths and the light surfaces of the sea (Ellis 1976). These beautiful dwellers of the sea also possess rigid fins that are supported by cartilaginous rods. All together the shark has five different types of fins: the paired pectoral fins, are used to lift the shark as it swims, the paired pelvic fins stabilize the shark, the one or two dorsal fins also stabilize the shark, a single anal fin provides stability in species where it is present, however not all sharks have the anal fin, and the caudal fi n which propels the shark (Lineaweaver and Backus 1970). The sharks head structure consist of lateral eyes, a ventral external nose, and a mouth that is ventrally located at the tip of the snout. Some species possess an eyelid like structure called a nictitating membrane, which helps in protecting the eye from being injured when prey are thrashing around, and a nasal barber, which are sensory projections near the nasal (Lineaweaver and Backus 1970). In the mouth, teeth are modified, enlarged placoid scales. Having numerous rows of teeth attached at their bases by connective tissue, sharks have rows of replacement teeth that are continually developed behind the outer row. As the functio... ... feeling to the slaughter of the shark species. Therefore, with positive education as an antidote to false and negative publicity the battle to save the endangered shark will be possible. In order to win the battle of losing the shark, the support of the general public will be needed to achieve this goal. Work Cited Baldridge, H.D. 1974. Shark Attack. Berkely Pub. Corp., New York. 263 Baldridge, H.D. 1988. Shark aggression against man: beginning of an understanding. 74(4):208-217 Budker, Paul. 1971. Life of Sharks. Columbia University Press. 10-18pp. Davies, D. H. 1966. About Sharks and Shark Attack. New York Hobbs, Dorman. 240-255 pp. Ellis, Richard. 1976. The book of Sharks. New York Grasset and Dunlap. 110-130 pp. Lineaweaver, T. H., and R. H. Backus. 1970. Natural History of Sharks. Philadelphia and New York. 23-40 pp. Martin, M. 1985. The shark: more threatened than threatening. Sea Frontiers. 31: 296-303. Perrine, D. 1999. Sharks and Rays of the World. Voyageur Press, Stillwater, Minnesota. 132 pp. Woums, J., and L. Demski. 1993. Reproduction and Development of Sharks, Skates, Rays and Ratfishes. Environmental Biology of Fishes. 38(1): 270.

Ic to Nano

SAY IC TO NANO!!!!! A Paper On â€Å"Nano – Internal Combustion Engines† Paper Presented By, N. TONY V. KUMAR III B. TECH. IIIB. TECH. MECHANICAL ENGINEERING MECHANICAL ENGINEERING G. PULLAREDYENGG COLLEGE G. PULLAREDDYENGG COLLEGE [email  protected] com ph:9573071011 ph:9493205458 [pic] Introduction:What is nano technology? Its worth pointing out that the word nanotechnology has become very popular and is used to describe many types of research where the characteristic dimension are less than about thousand nano meter If we are to continue these trends we will have to develop a new manufacturing technology which will let us inexpensively build nano system with mole quantities that are molecular in both size and precision and are inter connected in complex patterns NANO TECHNOLOGY WILL DO THIS. What is heat engine?Heat engines work on the principle of converting chemical energy into mechanical work and evolve from external combustion engine to internal combustion engi ne. External combustion engine is the heat engine in which fuel combustion takes place external to cylinder. Due to this it is bulky and consumes lot of place. Second revolution of heat engines are ICE in which fuel combustion takes internally and consumes less place and became compact, cost effective. Of late third revolution is NANO Internal Combustion Engine. It is difficult to thread- in a needle.Imagine working with an instrument with one billionth of meter. Construction of â€Å"Nano† – A 0. 1cc Compression Ignition Engine: [pic] The Nano is a 0. 1cc (that's less than 0. 01 cuin) compression ignition engine – most frequently, if somewhat inaccurately, referred to as a â€Å"diesel†. It was designed by Richard Gordon and the plans were included as a supplement with the British Magazine Model Engineer in the early 1990's [pic] An idea of the size of the Nano is given by this picture. From backplate to drive washer is less than 1 inch.There are no exot ic materials required. The crankcase is hacked from a solid cube of aluminum 3/4†³ on a side. The piston and contra piston are cast iron. The crankshaft and liner are any old steel from the scrap box. [pic] Here is an exploded view of the engine. The odd looking thing in the foreground is a special Nano-Spanner required to tighten the back plate. It also fits the fuel nipple. The construction is extremely conventional – only the scale is unusual. [pic] Like all model IC projects, there are a few special jigs and tools required to construct the Nano.All are fully detailed in the plan, which includes step by step instructions with photos. The cutter is made from water hardening drill rod (called â€Å"silver steel† in the UK because of its appearance – it contains no silver). the teeth are formed of Dermal-type cut-off wheel. [pic] The cutter is used to form the exhaust ports in the cylinder. There are three of these, spaced at 120 degrees with sufficient spa ce between them for the angled transfer ports to slightly overlap the timing. The crown of the piston is conical to assist transfer.The contra piston has a matching concave conical depression. [pic] As mentioned previously, the crankcase is formed from a cube of aluminum. The venturi is machined separately and secured with Lok-Tite before the final reaming of the crankshaft journal. Notice the three transfer passages in the photo. These terminate in a transfer belt below the cylinder seat that matches with the cylinder transfer ports. If you look very closely, you'll also see the stuff-up that turned away part of the venturi opening. Always happens on the last operation! n [pic] There's nothing special in the crankshaft components. Another jig (not shown) is made to hold the shaft in the 3-jaw chuck, offset by half the throw for forming the crank pin. Even at these sizes, final lapping to size is no different from larger engines in terms of the amount of metal that must be LEFT for removal. Only the microscopic size makes things difficult. The prop driver knurls were formed with a thread form tool, set on edge and used as a shaper. The prop nut is anodized in the usual way. [pic]Again, apart from their size, there's nothing special about the needle valve components the needle itself was made from steel and â€Å"blued† it by a quick heat in a gas flame followed by water quenching. No big deal, but the amazing thing is the attention it draws with people who examine the engine. This costs just US$10(Rs. 440/-) only. When it was fired, it run briefly, oscillating back and forth about TDC like over compressed diesels with small mass fly wheels are won’t to do. Running! .but spring starters are the only way to start ultra small diesels – hand propping just won't work.Also, the fuel for mini diesels needs a lot of ether – as high as 50% by volume. With high ether fuel and a spring starter, the little Nano will burst into life. Richard Gor don claims it will turn 40,000 rpm – yes, that's no typo, forty thousand revolutions per minute. American engine builder Ron Colona used to demo his at model engineering shows and turning at better than 20,000 rpm. | | | |The Components Used: | | | | | |[pic]Crankcase | | | | | |[pic]Backplate | | | | | |[pic]Cylinder and Head | | | | | |[pic]Venturi and Needle Valve Assembly | | | | | |[pic]Conrods and Crankshafts | | | | | |[pic]Piston and Contra-Piston | | | | | |[pic]Final Assembly and Test Report | | | | Crankcase and Cylinder rough-out: The crankcase starts off as a chunk of aluminum bar of about 1-1/2†³ diameter, sawn to length, plus a little bit. The first step is to finish turn the front section with a 1/4†³ radius where the journal blends into the body. The photo shows the roughing out process. Note that the tool is raked back sharply while â€Å"hoggin' great cuts† are made so that if it digs in, the cut will be forced shallower, not deeper as it w ould be if the tool were set raked forward like a regular knife tool.Next we need to remove all the excess aluminum that does not look like a crankcase. This can easily be done with a band saw, or less easily done with a hacksaw! In either case, marking out is simplified by preparing a full size profile on paper, centered in a circle the same size as the bar stock. Mine was done from the CAD drawings, but pencil and compass could achieve the same result with about the same effort. The paper template has a hole cut roughly in the middle to accommodate the journal and the blended radius where it meets the front face. It is attached to the face with a standard glue stick. If you're careful, this will last long enough to complete the butchery. Saw to within about 1/32†³ (1mm) of the outline.Take care because heat buildup will melt the glue. The next photo shows the four basic stages in crankcase manufacture: [pic]Bar stock blank [pic]Journal turned and sawing template glued in plac e [pic]Crankcase rough sawn to within 1mm of the template outline [pic]The finished crankcase [pic] Backplate: The back plate is simple turning with only some aspects of work holding posing any problems. In this first shot, the back plate profile has been turned on a piece of bar stock with the interior face oriented towards the tailstock. This means we will be screw cutting towards the shoulder formed by the back plate rim, so a thin (0. 20†³) run out groove is first cut at the thread/rim junction to the depth of the thread form. This also assures the back plate will form a tight seal against the rear of the crankcase. The thread cutting tool is a piece of 1/4†³ diameter HSS steel, ground to a 60 degree point with seven degrees of side rake, mounted in a tracting tool holder. This magnificent gadget takes a while to make but is absolutely invaluable to thread cutting. The little ball lever actuates a spring loaded, over center cam – just requiring a flick to retrac t the tool bit by about 3/16†³. This allows the saddle to be repositioned for the next cutting pass without having to twiddle dials and remember settings.The cylinder blank has now been replaced in the 3 jaw chuck with the top of flange against the jaws and some thin aluminum shim (beer can material) around the outside to protect the finish and thread. The bore will be drilled so as to leave 8 to 10 thou to be removed by the reamer. It is pilot drilled first. I'm told its good practice to select a pilot size no grater than half the next drilling size to prevent the next size wandering. Here we see the reamer being floated into the bore using the tailstock (larger hand reamers will have a dimple in the end which assists this operation. For this operation, the headstock is turned by hand. Keep up plenty of suds and never rotate the chuck backwards. The reamer is prevented from rotating by resting the tap handle on the compound slide.A piece of shim material protects the slide fro m damage by the handle. The transfer ports of the weaver are unusual. They comprise 5 vertical channels, spaced equidistantly around the forward 180 degrees of the cylinder. They terminate in a â€Å"transfer belt† below the exhaust ports. This arrangement avoids the induction port at the cylinder rear. These ports cannot be cut before reaming (or boring) as their presence would make it impossible to cut the bore accurately. This flash-failure shot shows how they are drilled. A short aluminum (or brass) plug is turned to be an interference fit up the bore. The holes are then drilled at the intersection of the cylinder and plug.The cylinder wall will be quite thin adjacent the transfer passages, but by using a slightly softer material for the plug, the drill will incline towards the softer material, preventing any danger or a ruined part. Venturi and Needle Valve Assembly: In the previous section, the cylinder had progressed to a nearly finished state, still requiring internal lapping. Lapping should always be the last operation on a cylinder of this type. This means the boss for attaching the side port venturi must be fitted before lapping can be done. In this session, the boss is made and the associated parts for the venturi and needle valve. The boss will be soft soldered to the cylinder (diesels don't get hot enough to melt soft solder). â€Å". older does not make the joint, it only keeps the air out† and schooled me to make a good fit of parts to be soldered. The boss will butt to the cylinder, which has an outside diameter of 0. 500†³. So, a good fit can be achieved by profiling the boss with a 1/2†³ end mill. In this photo, we see the boss blank (enough for four) which has been finished outside, drilled ready for tapping and transferred still in the 3 jaw chuck to the mill for end profiling. Applications: Nano IC engine has various applications ranging from race cars to space crafts. ? In race cars this IC Nano Engine was used. T he engine was fully fabricated, that is, no castings were employed. | | | | | | | | | | | | | |[pic] | |It can be controlled in aero planes/satellites/space ships etc. , the timing of in let and exhaust valves. | |According to NASA reports they are experimenting about the use of nano engine in nano & pico satellites. | |In case of a mine tragedy where harmful gases are emitted ,these nano IC engines can be employed as powerful blowers to blow out these gases is a | |less time saving the lives of trapped miners .We require at least 5-6 blowers to blow these gases where as two nano IC engines could do the tick in| |less time. | |Agriculture pumps sets. | |Every field of industry. | |Prospects: | |The problem | |Every day people are spending more and more money because of rising gas prices. People all over the world are trying to find a solution—even | |visiting websites to locate the nearest and cheapest gas, all the while losing time and mileage just to reach [these] refueling stations. Many have| |been giving up favorite hobbies and changing life plans because of the need to reallocate their funds for gas.For those of us who must drive to | |work or school, it seems we have little choice but to continue paying more. Now, there is a way to fight back against these constant increases in | |gas prices—and to fight pollution and protect the environment in the process. | | | |The solution | |Use the most advanced technology available to improve fuel economy, prolong the engine life, reduce harmful emissions and protect the environment. | |The number one product for fuel economy, power and pollution control is now available. |Introducing our two unique nanotechnology products: | |F2-21 NanoLube Engine Oil Treatment, and | |F2-21 NanoRon Gas & Diesel Fuel Enhancer. | |With nanotechnology, fuel transforms at the nano-level to achieve a more complete combustion, resulting in increased fuel economy, more driving | |power, and fewer pollutive emissions. | | Use either product or both to get multiple benefits: | |  Ã‚  Ã‚   –   Adds great power to your engine. NanoLube eases heavy driving loads and increases   | |  Ã‚  Ã‚  Ã‚  Ã‚      Driving  pleasure with a faster, smoother, and quieter ride. |  Ã‚  Ã‚   –   Boosts miles per gallon (analogous to buying Premium Gas or boosting your octane number), | |  Ã‚  Ã‚  Ã‚      While saving you money and conserving energy. | |  Ã‚  Ã‚   –   Prolongs engine life by cleaning your combustion chamber and piston ring deposits, | |  Ã‚  Ã‚  Ã‚      Extending engine life and cutting equipment downtime. | |  Ã‚  Ã‚   –   Protects the environment by reducing harmful emissions and fighting global warming. | | | | | |[pic] | | | Summing upWith the application of Nano in every sphere of life the ‘big’ may not find its place in engineering dictionary in future. If we are to continue these trends we will have to develop a new manufacturi ng technology, which will let us inexpensively build nano system with mole quantities that are molecular in both size and precision and are, inter connected in complex patterns NANO TECHNOLOGY WILL DO THIS. NANO technology with all its challenges and opportunities is an avoidable part of our future. It can be rightly said that nano technology slowly and steadily assuring in the next Industrial Revolution. Bibliography †¢ www. Bbc. co. uk †¢ [email  protected] com †¢ www. google. co. in

Decision Making and Reasoning Essay

There are different types of decisions that we must make as well. From simple choices when planning for a vacation or making more life changing choices that require a detailed, logical analysis concerning what to do. Questions about strategy use have been treated in several different lines of decision-making. Largely, a distinction arises in terms of when and why deliberative processing best describes decision-making behavior. Under novel decision-making conditions, there is no prior experience to guide the decision-making process. The process involves selecting the appropriate strategy. Under repetitive successful decision-making conditions, there is a long history of experience. Some decisions become automatic in the sense that they require no deliberation. In this process, we address the issue of how decision processes transit from more controlled or deliberative strategies, to simple decision rules, and finally to automatic or routine strategies. What one sees as rational behavior in many of the social situations that have been studied is likely to depend on whether one conceives of rationality as enlightened self-interest in a fairly narrow sense, or one factors in the roles of such variables as self-image and conscience, or one allows for the possibility that a rational person might take a genuine interest in the welfare of other people, independently of his or her own. In other words, what is perceived as a dilemma from one perspective may not be a dilemma as perceived from another; a decision problem that is very difficult when assessed relative to one set of values may be very easy when assessed relative to another set. Dilemmas are difficult decision problems, necessitating, as they often do, choices between equally unsatisfactory (or in some cases equally attractive) options. Some social dilemmas pit self-interest against the common good. What constitutes rational behavior in dealing with dilemmas has been a question of interest to many theorists and students of human reasoning. Certain prototypical situations—notably various versions of the prisoner’s dilemma have been intensively studied with the hope of gaining insights into the determinants of competitive and cooperative behavior. However, along the way, we may use simple rules to decide when and where to stop and which specific routes to take, depending on incidental factors such as traffic. It is important to understand how these various decision domains are differently perceived and processed. (Betsch et al, 2004, p1) Strategies That Guide Human Decision Making A strategy is used to refer to processes which are relatively slow, goal-directed, systematic, and under explicit conscious control. However, it is also argued that to reason deductively rather than inductively does require a conscious effort at deduction and only occurs in response to specific instructions. Thus deduction is seen as a strategy. An account of strategic deductive reasoning with the mental models framework is preferred. (D’Ydewalle et al, 2000, p1) The strategic phases of decision making are the generation phase, the evaluation phase, and the learning phase. In a very rough sense, these phases correspond to the periods before, during, and after one makes a decision, respectively. Hence, they can be viewed as three successive points in time, but there is a great deal of recursion that can occur between phases. (Klein et al, 2001, p31) The tendency to implement appropriate behaviors strategies is apparent by the number of techniques available. For example, vigilant problem solving found that most executives report that they engage in one of a number of simplistic strategies for arriving at a solution. These simplistic strategies of simple decision rules are grouped them into cognitive categories. The cognitive decision rules: 1. Unreflectively using a standard operating procedure, 2. Accepting the first alternative that comes to mind that is good enough to meet the minimal requirements (satisfying), 3. Searching ones mind for a well-known analogy that turns out to be inappropriate (analogizing), 4. Consolidating the choice discovered through rules (1) to (3) and bolstering it in one’s mind by focusing mainly on the positive features of the choice, 5. Saving time and effort by getting someone who has looked into the issues to provide a brief description of what one should do and why (the nutshell briefing rule). (Byrnes, 1998, p21) For example in a case study format, Suppose that a student already possesses some automatic but dysfunctional strategies for making the decisions the instructor seeks to have make well. Then, before the training effort can begin in earnest, those â€Å"bad habits† have to be eliminated. This will be a prodigious task because, by their nature, the already established strategies will initiate themselves effortlessly, uncontrollably, and beyond the trainee’s consciousness. Because decision making is such a fundamental human activity, which each of us has practiced day-in and day-out all our lives, perhaps the majority of our decision strategies are automated. This means that it is folly to think that it is even possible to fundamentally change a person’s basic decision-making dispositions. (Klein et al, 2001, p25) Managerial leadership is generally considered a major factor in organizational behavior because of its putative effect on individuals, groups, and organizational outcomes. Some regard leadership as a special case of social influence. But progress has been very slow in understanding why leaders exert influence in certain situations while not in others. Research has not produced particularly robust and reliable findings in this regard.

Election of 2000 essays

Election of 2000 essays Bill Clinton, as a president was a major paradox in and of himself. People loved him, yet they hated him. Americans, as a whole loved the prosperity, and capitalist growth that was brought by Clintons years in the Oval Office. They loved the stocks ownership, the money, the way our country was flourishing. Clinton was very good at what he did-soothing lines drawn between parties, even going so far as to sign a Republican-sponsored welfare bill. He moved the country from right to left, and back again. Clinton was a talented politician, yet he missed the opportunity to be an exceptional president. The biggest paradox may be Clinton becoming the focal point for the revival of ideological politics; people wanted the government to be a friend, not an enemy, whilst many people saw Clinton as the flailed president. Clinton did a lot of good, but he also made many mistakes, that made many people see him as a failed president. For every American that liked Clinton, one didnt. Many of those who didnt see eye-to-eye with him were the uneducated, rural white males. Moreover, this then, sets the stage for the 2000 election. Clintons vice president; Al Gore had the best shot at winning the democratic presidential nomination simply for being vice-president. Whatever the reason, being the vice president seems to be one of the single most advantages when running for president. Not only did Gore have connections with powerful democrats; he had Clinton backing him. Gore was in the publics eye as vice-president, and people generally agreed that he had been an excellent vice president. Gore was also favored by democrats at a high rate of 73% of the American public. Just as Gore became the Democratic favorite, Bush soon became the Republican favorite, largely due to a famous name, a remarkable network of sup ...

Free Essays on Making Friends Isnt Easy

The process of making a friend is a very unique one. It depends on that person’s age, gender, and personality. Every individual is different and how they make friends differs just as much. The way I make friends depends heavily on my personality. As a timid person, I tend to first meet potential friends through family and other people. After the initial meeting, I interact with them to see what type of person they are and whether or not I think our personalities are compatible and if I think they would make a good friend. Before I can take a look at the sometimes mysterious process of becoming friends with someone, I have to reveal some personal information. I am a great believer in personality typing. I am a very introverted person. This does not mean I am anti-social, it merely means that new and non-routine interaction with others is unlikely. Initiating the process of making a new friend is a very difficult process. This is where the concept of forced interaction comes into play. By forced interaction, I mean a situation in which another person and I are placed in an environment where we have no choice but to interact with each other such as at school in class and through family. It is impossible to be completely separate from other students in a class. I met all my friends in school, it was a place where I spent most of my time. It would be extremely rude to not interact with someone that your friend or family considers a friend. That is the way that I met a very close friend of mine and one who I will use as an example of my friend-making process throughout this essay. Her name is Sheree and I originally met her through another my god sister, Erica. We were all attending the same high school, so it was just like Erica to try to have us all become friends. But I was not friends with Sheree when I first met her. I had to figure out what type of person she was before we could become friends. Evaluation ha... Free Essays on Making Friends Isn't Easy Free Essays on Making Friends Isn't Easy The process of making a friend is a very unique one. It depends on that person’s age, gender, and personality. Every individual is different and how they make friends differs just as much. The way I make friends depends heavily on my personality. As a timid person, I tend to first meet potential friends through family and other people. After the initial meeting, I interact with them to see what type of person they are and whether or not I think our personalities are compatible and if I think they would make a good friend. Before I can take a look at the sometimes mysterious process of becoming friends with someone, I have to reveal some personal information. I am a great believer in personality typing. I am a very introverted person. This does not mean I am anti-social, it merely means that new and non-routine interaction with others is unlikely. Initiating the process of making a new friend is a very difficult process. This is where the concept of forced interaction comes into play. By forced interaction, I mean a situation in which another person and I are placed in an environment where we have no choice but to interact with each other such as at school in class and through family. It is impossible to be completely separate from other students in a class. I met all my friends in school, it was a place where I spent most of my time. It would be extremely rude to not interact with someone that your friend or family considers a friend. That is the way that I met a very close friend of mine and one who I will use as an example of my friend-making process throughout this essay. Her name is Sheree and I originally met her through another my god sister, Erica. We were all attending the same high school, so it was just like Erica to try to have us all become friends. But I was not friends with Sheree when I first met her. I had to figure out what type of person she was before we could become friends. Evaluation ha...

Biography of Warren G. Harding, 29th U.S. President

Biography of Warren G. Harding, 29th U.S. President Warren  Gamaliel  Harding (November 2, 1865–August 2, 1923) was the 29th president of the United States. He was in office when World War I formally ended by the signing of the Knox-Porter Resolution. Harding died of a heart attack while he was still in the White House; he was succeeded by Vice President Calvin Coolidge. Fast Facts: Warren G. Harding Known For: Harding was the 29th president of the United States; he died of a heart attack while he was still in office.Born: November 2, 1865 in Blooming Grove, OhioParents: George Tryon Harding and Phoebe Elizabeth Dickerson HardingDied: August 2, 1923 in San Francisco, CaliforniaEducation: Ohio Central College (B.A.)Spouse: Florence Kling  (m.  1891–1923)Children: ElizabethNotable Quote: Americas present need is not heroics, but healing; not nostrums, but normalcy; not revolution, but restoration; not agitation, but adjustment; not surgery, but serenity; not the dramatic, but the dispassionate; not experiment, but equipoise; not submergence in internationality, but sustainment in triumphant nationality. Early Life Warren G. Harding was born on November 2, 1865, in Corsica, Ohio. His father George was a doctor and his mother Phoebe was a midwife. Warren was raised on the family farm and attended a small local school. When he was only 14 years old, he began attending Ohio Central College. As a student, Warren and a friend published a small paper called the Iberia Spectator. Warren graduated from college in 1882. Career After college, Harding worked briefly as a teacher, an insurance salesman, and a reporter before buying a newspaper called the Marion Star. Through persistence and hard work, he was able to turn the failing newspaper into a powerful local institution. Harding used the paper to promote local businesses and build relationships with advertisers. On  July 8, 1891, Harding married  Florence Mabel Kling DeWolfe. She was divorced with one son. Harding is known to have had two extramarital affairs while married to Florence. He had no legitimate children; however, he did later have one daughter- Elizabeth- through an extramarital affair with Nan Britton. In 1899, Harding was elected to the Ohio State Senate. He served until 1903, making a name for himself as one of the most popular Republicans in Ohio. He was then elected lieutenant governor of the state. Harding attempted to run for the governorship but lost in 1910. In 1915, he became a U.S. Senator from Ohio, a position he held until 1921. As a senator, Harding was part of Congresss Republican minority, and he tried to preserve his popularity by avoiding controversial political positions. On the subject of womens suffrage, for example, he did not voice support until other Senate Republicans did, and he took stances both for and against Prohibition. Presidential Election Harding was nominated to run for president for the Republican Party as a  dark horse candidate following the 1919 death of Theodore Roosevelt, the partys favorite. Hardings running mate was  Calvin Coolidge, the governor of Massachusetts. He was opposed by Democrat James Cox. In 1920, Harding won the election with 60% of the popular vote and 404 electoral votes. Presidency President Hardings  time in office was marked by several major scandals. The most significant scandal was known as Teapot Dome. Secretary of the Interior Albert Fall secretly sold the right to oil reserves in Teapot Dome, Wyoming, to a private company in exchange for $308,000 and some cattle. He also sold the rights to other national oil reserves. After he was caught, Fall was sentenced to one year in jail. Other officials under Harding were also implicated in or convicted of bribery, fraud, conspiracy, and other forms of wrongdoing. Harding died, however, before these events began to affect his presidency. Unlike his predecessor  Woodrow Wilson, Harding did not support America joining the League of Nations (an early version of the United Nations). His opposition meant that America did not join the organization at all. The body ended in failure without Americas participation. Even though America did not ratify the Treaty of Paris ending  World War I, Harding did sign a joint resolution officially ending the state of war between Germany and America. As part of his isolationist stance, Harding also opposed further American intervention in Latin America; he was critical of Woodrow Wilson and Franklin Roosevelt for their involvement in American activities in Haiti and the Dominican Republic. From 1921 to 1922, America agreed to a limit of arms, according to a set tonnage ratio between Great Britain, the United States, Japan, France, and Italy. Furthermore, America agreed to respect the Pacific property of Great Britain, France, and Japan and to preserve the Open Door Policy in China. During his presidency, Harding also spoke out on  civil rights  and commuted the sentence of socialist Eugene V. Debs, who had been convicted of anti-war demonstrations during World War I and imprisoned in the Atlanta Penitentiary. Harding released other anti-war activists as well. Though he was only in office for a short time, Harding made four appointments to the Supreme Court, nominating former president William Howard Taft, George Sutherland, Pierce Butler, and Edward Terry Sanford. Death On August 2, 1923, Harding died of a heart attack in San Francisco, California, which he was visiting as part of a tour of the western United States. He was succeeded as president by Calvin Coolidge. Legacy Harding is widely considered one of the worst presidents in American history. Much of this is due to the number of scandals that his appointees were involved in. He was integral for keeping America out of the League of Nations while meeting with key nations to attempt to limit arms. He created the Bureau of the Budget as the first formal budgetary body. His early death probably saved him from impeachment over the many scandals of his administration. Sources Dean, John W.  Warren G. Harding. Thorndike Press, 2004.Mee, Charles L.  Ohio Gang: The World of Warren G. Harding. M Evans Co, 2014.

Globalisation has led to the loss of cultural identity in Britain Essay

Globalisation has led to the loss of cultural identity in Britain. Discuss - Essay Example The first effect of globalisation was experienced by the people that migrated to Britain. In the early years of 1950’s and 1960’s, many immigrants found their way into the British territory. Many people from the West Indies and Asia migrated to Britain and established their lives and thus culture. Many people were attracted to the job vacancies available and were interested in filling them. As such, they made Britain their permanent residence. However, this would affect the culture of the country. Since many people find it difficult to change their culture, they stick to their culture. Similarly, they have their strong beliefs and experiences that are mixed in the society. In the light of this statement, Britain is now considered a multicultural state, evident from the existent mixed cultures. With such situations, it is not easy to identify Britain with a single culture. Identifying the country with a single culture would be impossible, as other cultures would be suppr essed. Globalisation has led to sprouting of behaviours that are not acceptable by many cultures. For example, there has been a rise of gay marriages and gay relationships. Many people are not at ease with the issue of gay relationships. The core origin of such behaviours and relationships is believed to be globalisation. When people move from one place to another, they extend their behaviour to other parts of the country. Therefore, when gay immigrants settle into the country, they are likely to influence the other people that reside closely. In today’s world, it is almost impossible to contain gay relationships. The behaviour is widespread and many people are engaging in such relationships. This has affected the culture in a negative way, since it does not fully accept such. Apparently, the most outstanding opposition to such behaviour are religious entities. They state that it is unacceptable behaviour to the church fraternity. In the early centuries, culture was defined by the fo ods and delicacies that are savoured by the nation. Many people were connected to their staple foods as they connected them to their culture. However, with the aspect of immigration, many cultures were interconnected. This brought change in the foods that are savoured by the nation. Many residents had to adapt to the new culture as they adopted consumption of other foods brought by immigrants. This has affected the British culture, as they are not openly identified by their foods. This is a cultural experience that many people would have not thought of, or even practiced were it not for globalisation. For example, in the ancient times, people were vigil on the foods that were consumed. They identified healthy foods that had little or no effects on the human life (Tisdell and Sen 2004:32). However, with the exchange in the cultures and consumption of other foods, many people are feeling the pinch. For example, most people in the country are relying on junk foods. These foods are savo ured in the country due to a mixture of cultures. Were it not for globalisation, majority of the population would not savour some of these foods. Globalisation has had an effect on the lifestyle of people. Many cultures are identified by the music, way of life and social activities. However, this has changed due to globalisation. With the interdependence between countries, there is exchange of music and other