Free Admissions Essay - Care for an Ethnically Diverse Population :: Medicine College Admissions Essays

Admissions Essay - Care for an Ethnically Diverse Population Crayfish tails in tarragon butter, galantine of rabbit with foie gras, oxtail in red wine, and apple tartelletes. The patient had this rich meal and complained of "liver upset" (crise de foie). Why a liver ache? I always associate indigestion with a stomach ache. In studying French culture in my Evolutionary Psychology class, I learned that when experiencing discomfort after a rich meal, the French assume their liver is the culprit. Understanding and dealing with the minor - sometimes major - cultural differences is a necessity in our shrinking world and diverse American society. Anthropology has prepared me to effectively communicate with an ethnically diverse population. My science classes, research, and clinical experience have prepared me to meet the demands of medical school. I first became aware of the valuable service that physicians provide when I observed my father, a surgeon, working in his office. I gained practical experience assisting him and his staff perform various procedures in his out-patient center. This exposure increased my admiration for the restorative, technological, and artistic aspects of surgery. I also saw that the application of medical knowledge was most effective when combined with compassion and empathy from the health care provider. While admiring my father's role as a head and neck surgeon helping people after severe accidents, I also found a way to help those suffering from debilitating ailments. Working as a certified physical trainer, I became aware of the powerful recuperative effects of exercise. I was able to apply this knowledge in the case of Sharon, a forty-three-year-old client suffering from lupus. she reported a 200% increase in her strength tests after I trained her. This meant she could once again perform simple tasks like carrying groceries into her house. Unfortunately, this glimpse of improvement was followed by a further deterioration in her condition. On one occasion, she broke down and cried about her declining health and growing fears. It was then that I learned no physical prowess or application of kinesiology would alleviate her pain. I helped reduce her anxiety with a comforting embrace. Compassion and understanding were the only remedies available, temporary though they were. To confirm that medicine is the best way for me to help others, I assisted a research team in the Emergency Room at University Medical Center (UMC).

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

Emma is described as being “handsome, clever and rich” in the first sentence of the novel but her character could be perceived in many ways

Emma is described as being â€Å"handsome, clever and rich† in the first sentence of the novel but her character could be perceived in many ways. Emma could be seen as being very kind, perfect, and acting like a lady of her time but she could also be viewed as a quite self-obsessed, stuck-up person who clings to social stAtus when it suits her, For example: She makes Harriet reject Mr Martin because Emma thinks she should aim for someone higher but is then upset when she likes Mr Knightley later on in the novel. I agree with the latter point of view because throughout the novel she never seems to see past herself and isn't concerned with other people's point of views. In the first chapter it says â€Å"The real evils of Emma's situation were the power of having rather too much her own way, and a disposition to think a little too well of herself. Which is true because she thinks her opinion is the only one that matters. Although, as this is a â€Å"coming-of-age† novel she does change throughout the course of the story and becomes a nicer person. Emma may not have been so likeable in Jane Austen's time because society was so different. Women were supposed to marry for money & status and were expected to obey the men. Emma is portrayed as being too independent for that time and more like women of today. Although she lives with her father he is dependent on her and she rules the household. The only voice of reason she hears is that of Mr Knightly. Now, women are independent and can choose who they want to marry as they are seen as social equals which they weren't at that time. Jane Austen could have seen herself as being like Emma, and, while she may have been a dislikeable character in those times she might also have been a character women looked up to because she was so independent. In the story, society would expect a lot of Emma. She would have to be charitable and kind. Women of her status were supposed to make a match with someone of similar social standing as marriage was a business. Emma's personality as well as her faults are shown through her relationships with other characters in the novel. Mrs Elton brings out her bad side and in some ways represents all the things that are bad about Emma. Jane Fairfax represents some of Emma's good traits and the things that Emma would like to be. Emma is quite jealous of her and recognises her talents when she says â€Å"She certainly is handsome, she is better than handsome!† Emma's good side is also revealed when she is with her father because she seems to care for him more than anything else, which is shown when Mr Knightley proposes to her and all she can think about is what'll happen to her dad if she moves. Emma tries hard to find Harriet a match that she would approve of. When Emma is with Harriet she is selfish and manipulative which the reader can see when, in chapter 40, she gives Harriet advice whilst saying that she wont interfere knowing that Harriet will be guided by Emma's opinions. This is probably due to the fact that Emma has so much time on her hands because she has so much money she doesn't have to work. Jane Austen chose to write as an omniscient narrator which means the reader gets to see Emma honestly but the story is still very much through Emma's point of view as you don't get to read the other characters' points of view. i.e. when Emma insults Miss Bates on Box Hill none of the other characters are seen to comment and only Emma's point of view is given. Some of the characters are too farcical and could be compared to fairytale characters in some ways for example: Mr Knightley is like a virtuous prince charming that always does the right thing and Jane Fairfax is like a perfect little princess. Jane Austen chooses a traditional happy ending for the novel because people would expect to have one at the time she was writing it but, today people want something different and it is up to the author how to end the novel. Overall, she begins the novel very stuck-up and snobbish believing that she is more important than everybody else but as she approaches her twenty1st birthday and the age at which she has to take responsibility for herself she begins to change.

Parkinson Disease Essay

N.J. is a 70-year-old man with a 4-year history of Parkinson’s disease (PD). He is a retired engineer, is married, and lives with his wife in a small farming community. He has three adult children who live close by. Since his last visit to the clinic 6 months ago, N.J. reports that his tremors are â€Å"about the same† as they were; however, further questioning reveals that he feels his gait is perhaps a little more unsteady, and his fatigue is slightly more noticeable. N.J. is also concerned about increased drooling. Among the medications N.J. takes are carbidopa-levodopa 25/100 mg (Sinemet), one tablet an hour before breakfast and one tablet 2 hours after lunch; carbidopa-levodopa 50/200 mg (Sinemet CR), one tablet at bedtime; and amantadine (Symmetrel) 100 mg at breakfast and bedtime. On the previous visit, he was encouraged to try taking the carbidopa-levodopa (Sinemet) more times throughout the day, but he reports that he became very somnolent with that dosing regi men. He also reports that his dyskinetic movements appear to be worse just after taking his carbidopa-levodopa (Sinemet). 1.What is parkinsonism? (7points) Parkinsonism is a neurological syndrome characterized by tremor, hypokinesia, rigidity, and postural instability. Parkinsonism is a symptom complex that differs from Parkinson disease. Parkinsonism is any condition that causes a combination of the movement abnormalities seen in Parkinson’s disease; such as tremor, slow movement, impaired speech or muscle stiffness. Especially seen in results from the loss of dopamine-containing nerve cells. 2.What is Parkinson’s Disease? Parkinson disease is a progressive degenerative disorder of the basal ganglia that results in an eventual loss of coordination and control of involuntary motor movement. 3.What clinical manifestations did N.J. mention he had? List at least 4. (10 points or 2.5 points per answer) N.J. mentioned his gate is becoming more unsteady, his fatigue is slightly more noticeable, his drooling has increased, and his tremors are the same as the last visit. 4.What are the clinical manifestations of Parkinson’s Disease? List at least 7 symptoms (10 points or 1.42 per answer) †¢Tremor †¢Rigidity †¢Bradykinesia †¢Loss of dexterity and power in affected limbs. †¢Aching †¢Drooling †¢Lack of facial expression †¢Rhythmic head nodding †¢Reduced blinking †¢Slumped posture †¢Gait disturbance 5.N.J.’s wife asks you, â€Å"How do the doctors know N.J. has Parkinson’s disease? They never did a lot of tests on him.† How is the diagnosis of Parkinson’s Disease made? (5 points) Parkinson disease is diagnosed from the physical examination and health history results. In some cases a MRI may be done to narrow down other causes of the symptoms. 6.N.J.’s wife comments, â€Å"I don’t even know which one of his medicines he takes for his Parkinson’s.† What medications are used for Parkinson’s Disease? †¢Pramipexole ( Mirapex) †¢Ropinirole (Requip) †¢L-dopa (L-dihydroxyphenylalanine) †¢Carbidopa/Levadopa (Sinemet) †¢Carbidopa/levadopa/entaca[pme (Stalevo) †¢Amantadine (Symmetrel) †¢Trihexyphendiyl (Artane) †¢Benztropine (Cogentin) 7. N.J. asks, â€Å"If I don’t have enough dopamine, then why don’t they give me a dopamine pill?† Why can’t oral dopamine be given as replacement therapy? (5 points) Dopamine can’t be given directly because it can’t cross the blood-brain barrier, a lining that insulates the brain from the rest of the  body. 8. Levodopa is always given in combination with carbidopa. Why? When two drugs are used in combination, therapeutic levels may be achieved with lower doses.

Challenging Behavior. Causes and Approaches to Dealing with Essay

Challenging Behavior. Causes and Approaches to Dealing with Challenging Behavior - Essay Example There have been claims that challenging behavior is responsible for exposing the tough in an advanced group level which have the effects of resulting into maturity or segregation from the learning category (Similarly, Simmons & Ward 1998).There were also establishments that there are some behaviors that can never be classified easily by the educators such as distractions, chatting as well as the non verbal maltreatments. Nonetheless, there is a different suggestion from Oliver (2003) that, the categorization of behavior appears as challenging throughout diverse schools. According to this scholar, the challenging behavior is developed socially. There is need for evaluating the matter of challenging behavior amongst individuals since it has attracted different theories and approaches from scholars. Therefore, this piece will look at the dissimilar theories that expound on behavior. Specifically, the piece will attain its baseline points of arguments the works by Bandura, Skinner, Vygot sky, and Watson. The piece will evaluate the Cognitive Behaviorist theory and Social Learning Theory. It is also significant to show how each theory takes care of the needs of the child and this paper will respond to that concern. Reasoning from the behaviorist context, there is a realization that behavior could be learned or modified (Skinner 1904-90), the writer affirms this stipulation through the work entitled, ‘Operant Conditioning’. The scholar proceeded into highlighting that children operate on the environment through engagement in particular identifiable activities due to the results of such behaviors. Skinner outlines that any stimulus leading to the repeat of a particular behavior emphasizes that particular behavior. The response would vary from return, reward, attentiveness as well as social assistance. The situation instance to elaborate this suggestion would follow for instance, if a particular child, let us name him Tim confesses to another that he gets pleasure playing with the other named Carol of late. If Tim invites his playmate for dinner in addition, this would invoke the application of the Skinner’s suggestions. It can be proposed that support in the construction of th e scenario would be a smile in spite of the situation, a word of praise for an outstanding behavior. Skinner upheld that particular rewards for such behavior reoccurrence on a different instance or instances. Even though support contributes to the increment in frequency of the behavior, it does it in a dissimilar manner. This situation may arise in the instance when we prefaer promoting a behavior in the child contrary to demanding the behavior in that person. In case something is happening and the child request the parent to stop it in a polite manner and it is done, then the alternate behavior is reinforced. For instance, the child requests for changing of a video clip. If the parent execute the child’s desire then the parent is strengthening the aimed behavior, that of requesting in a polite way. It can be argued that both positive and unhelpful support, when used appropriately can enhance the frequency of the ideal behavior. Major values of conventional habituation were c ontoured by the work of Ivan Pavlov (1819 -1936) where an unbiased stimulus brings about a response if put together with a stimulus that already has that response. Rewarding a student for positive a behavior exhibited enhances that behavior. For instance, if a teacher

History of Christianity Essay Example | Topics and Well Written Essays - 750 words

History of Christianity - Essay Example But this was not for long. Unlike other groups or so-called messiah, Jesus was believed to rise from the dead. Before Jesus was born, teachings were already taught about a Messiah coming to the world and will save mankind from the wages of sin. They were expecting a savior from a well-off family, a son of a king or anyone that would be having a great power or authority. Ironically, Jesus came from a family of carpenters. He was born at the time everybody was sleeping, unnoticed. When Jesus grew up, his nature was to reveal God's plan, he was always with Pharisees and teachers. Jews then were separated. One part became followers and one part became haters. Those who believed Jesus' teachings followed him though they have different reasons. Some followed him just because they can get something out of Jesus, that is, they were healed from their sicknesses, Jesus taught and was able to change tax collectors from being greedy to open handed ( in which common people greatly benefit from it ) and others followed him because of their faith and belief that Jesus was truly the Messiah. The haters incl ude majority of the Pharisees. Pharisees were of great authority at that time. Anything they say were followed without questions. People greatly looked after them. When Jesus came, their followers decreased and they became afraid that a time would come that people would no longer hear them. Hence, they plotted plans to destroy the trust and attention that the people were giving to Jesus and his teachings. It became not that hard for them to get rid of Jesus since Jesus was claiming that he was the Messiah. They accused Jesus of being disrespectful and committing blasphemy until they were able to put Him on a stood. Jesus' death became very frustrating in the part of Jesus disciples and his followers. But beyond their knowledge, this was God's original plan. Jesus was raised from the dead after three days. He showed himself to his disciples and left very important instructions. It became a proof that what Jesus was teaching and claiming as being God himself is true. Further, the resurrection of Jesus became the ultimate distinction from other doctrines which were funded by various leaders who call themselves savior or messiah. Aside from Jesus, there were no other people who claim the same as what Jesus does. After their death, they were no more. They left no history and no future as well. Through time, the success of Christianity became established. The re-bonding of the disciples after Jesus' resurrection, their faithfulness, commitment and love to the mission that Jesus left were the utmost reason of the religion's success. Moreover, at one point in the Greek history, it was said that Christianity had no alternative but to become a religion immersed in Greek culture and language. Jews were hoping for a Messiah who would come to build a new Jerusalem, but their hopes were dashed under emperors Titus and Hadran Romans encouraged gentiles to settle in Judea after the Jews revolted. The destruction of Jerusalem also strengthened the followers of Christianity who did not believe that a new kingdom would be built on earth but in a heavenly body. Christianity played an important role in the development and functioning of the Roman Empire. Largely, Christianity became the universal religion. Christianity started as a denomination of Judaism based on the

To what extent have the Millennium Development Goals been a success Essay

To what extent have the Millennium Development Goals been a success - Essay Example Goal 1: Extreme poverty and hunger should be eradicated. The goal will be achieved by reducing the number of people earning less than $1 per day to one half by 2015. It also emphasizes on reduction of the number of people suffering from poverty to one half by the same date. Goal 2: Every child on earth, male or female, should be able to primary education by 2015. Goal 3: To eradicate gender disparity, it will be ensured that men and women have equal access to education facilities at all levels. Goal 4: Mortality rate of children under five should be reduced by two third of the present value. Goal 5: Proper medical care should be provided to women to ensure three quarters reduction in maternal mortality rate by 2015. Reproductive health care should be made universally available. Goal 6: Spread of Malaria and HIV/AIDS should be reversed by 2015. Goal 7: Programs should be initiated for sustainable development without the adverse effects on environment. Safe drinking water should be mad e available to more people with the water deficient population reduced to one half by 2015. Goal 8: A partnership should be developed between rich and poor countries to achieve the MDGs. It defines the mechanism of how the poorer countries will be able to achieve these goals with the financial and technical support of developed countries. The content of these goals is derived from the United Nations Development Conferences held after the inception of United Nations Development Program in 1965. Millennium Development Goals – Successes and Short Comings: The overall progress towards the MDGs is very different in different countries and regions around the globe. Most of the developing countries have limited their focus towards the first goal with a very limited or no focus towards environmental and health aspirations of MDGs. It is observed by different analysts that so far the targets set by MDGs are not met on an international scale. However, success of individual countries or regions can be observed which shall be discussed in the following lines with reference to each of the eight goals. 1. The first goal has been the primary focus of most of the governments in developing countries for reasons both political and financial. China and Vietnam for example have reduced their population earning less than $1 per day from more than 35% to less than 14% of the total population. Considerable progress on the goal has been made in South Asian countries particularly India where ration of population living below poverty line has been reduced from 37.5% to 26.1%. Very little progress was however observed in the countries of Latin America and Middle East. For most of the European countries goal 1 was not a challenge as the average income of their population was well above $1 per day. 2. As in the case of first goal discussed above, the progress towards the ‘education for all’ target of UN was different for different countries. UN task forces note that un der developed countries such as Bolivia and Cameron have allocated greater proportions of annual budget to the development in health and education sector. For the most European and Central Asian countries, it is anticipated that they will be able to achieve the targets set in goal 2 by 2015. However, serious setbacks have been faced in many of the African countries such as Mozambique and Tanzania where primary school enrollment has decreased over the past few years. 3. Since the announcement of Millennium Declaration, women