Analyzing My Writing Experience Essay Example | Topics and Well Written Essays - 500 words

Analyzing My Writing Experience - Essay Example While my writing experience is far behind the renowned essayists like Ralph Waldo Emerson or Michel de Montaigne, I am amazed reading their works. Montaigne’s wisdom, curiosity, and directness have set an example for other famous essayists and writers such as Francis Bacon, Charles Lamb, and even Emerson; Montaigne is known as â€Å"the father of familiar essay". Among Montaigne’s works that made a mark is Essais that gave a name to a favorite literary composition – the essay.Apart from studying literary compositions from the 19th century, I also enjoy reading essays from periodicals and glossy magazines.In reading a magazine, I always look for the essays contributed by some writers or readers. Narrative essays are more fun to read. Some are ten-paragraph essay while others have simple five paragraphs with uncomplicated and comprehensible thesis and details. In times when I do not prepare tax returns for my clients, I try putting my thoughts on paper. And when i n a nostalgic mood, I dig on my personal box to read the essays I have written. Writing is one of my hobbies, yet a very useful hobby in my professional life. For now, all I do is business correspondence for the clients in my tax practice. But since I started evaluating and internalizing the essays and other literary works that I read, I noticed some changes in my writing style. Even my clients noted the change: the letters I write for them no longer have the same conformity yet the formality is maintained.

Problems encouter by patients without health insurance in America Essay

Problems encouter by patients without health insurance in America - Essay Example Nearly 46 million people living in the United States are uninsured, majority of them of color, are likelihood of not receiving medical advice that they cannot afford and it is a reality. As per the survey conducted by The Commonwealth Fund, a private foundation that works to advance health care quality and insurance coverage, national health care spending is growing at a rate of 7% per year that is faster than the U.S. economy. There are 16 million American people who are considered underinsured and many people who are unable to pay for these rising rates will become one of them or they will join the ranks of the uninsured. As per the Kaiser Family Foundation reports 40% of uninsured adults do not have a regular primary health care checks. That means no annual physicals or other preventive care. Consequently, many uninsured patients are ignorant that they have a medical problem until they have an emergency situation. Tribal and ethnic minorities are overly affected by the absence of health care coverage. A report by the U.S. Census Bureau 2004, discloses that almost one third of Hispanics, 20% of African Americans, 29% of American Indians/Alaska Natives and 17% of Asians lack health insurance. These facts indicate that there is a substantial portion of population lacks adequate health insurance or has no coverage at all. Health care is a mounting problem in the United States. Medicine has developed great ways to deal with many of the problems, but the treatments are not cheap and the combination of improved life expectation and an enormous growth in the population of the United States has increased health care costs very high.

Proofread the text and onctrol for fluency...style and grammar Essay

Proofread the text and onctrol for fluency...style and grammar - Essay Example Subsequently, realism emerged with its more pessimistic accounts with states functioning in self-centred way by seeking power and security. As the heated debate between the two camps evolved, a critical discipline called ‘behaviouralism’ emerged. Its critics assumed that the political inquiry into social phenomenon was solely conducted on the qualitative and normative grounds. Subsequently, it was indispensable to introduce scientific methods to legitimate politics as a science. From this rehabilitative position, behavioralists realized that to codify their study as scientifically valid, they will have to follow a stringent method and to conduct empirical research. Interdisciplinary contacts and remarks between the competing theories resulted in a revision of liberal accounts. This Neoliberalism accepted the neorealist notion that states are important actors in IR, but still acknowledged the relevance of international organizations. As international cooperation from the bipolar point of view accelerated, the emphasis on the international institutions asserted substantial influence on the IR-agenda of many national states. This made institutionalization a more prominent discipline (extracted from Neoliberalism). 2. Intellectual magnates like Hobbes (Leviathan) and Machiavelli (The Prince), who form the realist backbone of the discipline, wrote influential work about ideal relationships within and between states. The liberal touchstones of IR as a discipline, could be attributed to the work of Kant (Perpetual Peace: 1795) and Rousseau, which offered insight on the way liberalism should be practiced. The intellectual history of IR herein actually started with the seventeenth century treaty of Peace of

Problems encouter by patients without health insurance in America Essay

Problems encouter by patients without health insurance in America - Essay Example Nearly 46 million people living in the United States are uninsured, majority of them of color, are likelihood of not receiving medical advice that they cannot afford and it is a reality. As per the survey conducted by The Commonwealth Fund, a private foundation that works to advance health care quality and insurance coverage, national health care spending is growing at a rate of 7% per year that is faster than the U.S. economy. There are 16 million American people who are considered underinsured and many people who are unable to pay for these rising rates will become one of them or they will join the ranks of the uninsured. As per the Kaiser Family Foundation reports 40% of uninsured adults do not have a regular primary health care checks. That means no annual physicals or other preventive care. Consequently, many uninsured patients are ignorant that they have a medical problem until they have an emergency situation. Tribal and ethnic minorities are overly affected by the absence of health care coverage. A report by the U.S. Census Bureau 2004, discloses that almost one third of Hispanics, 20% of African Americans, 29% of American Indians/Alaska Natives and 17% of Asians lack health insurance. These facts indicate that there is a substantial portion of population lacks adequate health insurance or has no coverage at all. Health care is a mounting problem in the United States. Medicine has developed great ways to deal with many of the problems, but the treatments are not cheap and the combination of improved life expectation and an enormous growth in the population of the United States has increased health care costs very high.

Program Capstone Essay Example | Topics and Well Written Essays - 1250 words

Program Capstone - Essay Example An adult care home is an actual home business that just happens to be closely regulated by the state in which it is located. A person cannot simply take a care-dependent individual into his or her house and then declare the house an adult care home. Only a license from the state will legally make a house an adult care home and a business license will make it a legitimate business. Before a license is considered the house as well as the owner/operator and any employees will be inspected by the state in which the house is located. The house may have to be remodeled to meet state requirements such as a private room for each client as well as the resident manager and the substitute caregiver. Every room in the house will have to have a smoke alarm that meets the Fire Marshall’s standards, and at least one fire extinguisher will have to be on every floor of the building (State of North Carolina, 2010). After the house is inspected the owner/operator and the employees will come unde r scrutiny. ... In some states, the type of license that is given depends on the training and experience of the owner/operator and the employees. A class I license is granted when the owner/operator and resident manager have completed and passed the basic training course and examination. An owner/operator will be granted a class II license when he/she and the resident manager have completed and passed the basic training course and provided proof of two years full-time experience in providing direct care to an elderly or physically disabled person. To get a class III license the owner/operator and employees must complete and pass the basic training course and provide proof of three years full-time experience providing direct care to the elderly or physically disabled persons who required full assistance with four or more activities of daily living (ADLs) (State of Oregon, 2010). There are no barriers to becoming an adult care home operator outside of the licensing process. If an individual can acquir e the funds and the license then he or she can operate an adult care home. Adult care home operators range from the wage earner who, for most of his or her adult life, has worked hard for someone else and now finally has a stake of his/her own, to the savvy business owner and college graduate. Such diversity of people makes for different managing styles and different choices of business entities. The owners who have one home usually operate his/her home personally as a sole proprietorship. Owners of more than one home usually incorporate and under that umbrella operate his/her homes. Usually it is the owners of more than one adult care home who hires  Ã¢â‚¬Å"Resident

What Affects Heat and the Movement of Heat

What Affects Heat and the Movement of Heat Umar Hill Imagine that you are in the kitchen and you are about to bake some cookies. You prepare your cookie dough, tray and oven. You put your tray filled with cookie dough in the oven and in no time the tray starts heating up. After a while, you wouldnt dare touch the tray with your bare hands. It would cause severe damage to your skin. The movement of energy allows the tray to gain energy in the form of heat. The energy that is being taken in by the cookie dough and the tray is all a part of the heat flow that is created when you put the tray into the oven. Heat flow is the thermal energy that is created from the oven going into the tray and exciting the particles that make up the tray. This movement of energy is affected by a few things; one of them is surface area. Surface area is involved in the movement of heat and it affects how fast the transfer is. Knowing how it affects the movement is important to understand ways that heat transfer can be changed and to predict which objects would gain or lose energy faster in a given situation. Before learning about what affects heat and the movement of heat, we should start with learning about what heat itself is. Heat can be described in multiple ways: the most recognizable is the state of being at a high temperature. In this case, however, heat would be described as external energy moving throughout particles and being transferred between them. Simply speaking, heat is the transferring of energy and all matter contains heat energy, (Ryan, 2009). This transfer of energy always goes from a higher temperature area to a lower temperature area. The more excited particles with more energy move the particles that are close by. They gain energy and the whole substance is heated. If the cookie tray that comes out of the oven is left on the counter for a long time, it will eventually cool down. The tray is losing its energy when it is left in the room temperature air. As the cookie tray is left on the counter, the air gains energy. The energy from the tray is moving from the tray into the air around it and therefore it makes the surrounding air warmer. You would notice this if you held your hand above the tray: the air will feel warm. The fact that heat moves from hot to cold makes perfect sense, because if you think about it; an object that is hotter than its surroundings would never become even hotter without doing anything to it. The same goes for an object that is colder than its surroundings. So as the energy travels from the tray to the air around it, the two substances eventually reach a point where they are both equal in temperature. This is called the thermal equilibrium. As long as two objects or substances are not equal in temperature, there will always be a flow of heat from the higher temperature to the lower temperature substance. This flow of heat will continue until the substances or objects are equal in temperature. Another example would be if you took the tray straight out of the oven and poured a bag of ice onto it. The tray would cool. Th e energy in the tray is lost and it is going right into the ice. While the tray cools, the ice heats up. Over time the two will be the same temperature and both objects would be in thermal equilibrium. Touching two solid materials together that are a different temperature is not the only way to transfer heat. This is only one of the three methods and it is called conduction. Conduction transfers the energy through direct contact of objects. Matter is made up of moving particles and the particles are in constant motion. Whether they are vibrating, translating, or rotating, they are always moving. These motions give the particles kinetic energy, (Henderson, 2011). When the two objects collide, they transfer that kinetic energy to the other object, but nothing between the two physical items are moving. The material is not flowing; just the energy. As two objects collide, the particles in the higher temperature item loses its kinetic energy and the lower temperature item gains kinetic energy. The collision and the transfer of the energy is what would be the conduction. Think about a basketball rolling in one direction. Now think about another basketball that is identical rolling twice as fast in the opposite direction toward the first. After they collide they would roll away from each other because of the hit. The first ball would roll away faster than the second ball now because the second ball had more energy than the first one prior to the collision. Just like with heat flow, the energy was transferred from high to low energy. The higher energy ball lost energy after the collision and the first ball gained energy. Another method of transferring energy is convection. Convection uses the flow of liquids and gasses to move the energy. The movements of the fluids carries the thermal energy along with it to transfer the heat to different regions. Heat expands fluids and makes it less dense. Being less dense then results in a motion between the heated less dense and the non-heated more dense fluids. This motion in fluids creates a circulation within the fluid and carries the energy throughout the entire substance. Think about a bowl containing 10 red balls and 10 bl ue balls. The red balls would be on the bottom and represent the heated substance and the blue balls would be at the top and represent the original substance. When you stir the balls in the bowl, they are mixed up and are random. The red balls are now relatively evenly mixed with the blue balls. The energy is carried out throughout the blue balls and the entire substance is now heated. This is also why we say that heat rises. The hot air will circulate to the top of a house and the lower floors of the building [are] cooler, (Jarvis, 2015). Radiation is the transfer of heat through electromagnetic waves. Radiation is the heat that comes off of a source and spreads the energy to its surroundings. Everything radiates in the form of electromagnetic waves. The higher amount of thermal energy an object has, the more energy it radiates. When object radiates, it sends off waves that increase the energy of surrounding objects and thus increases their heat as well. There are factors that affect the rate at which heat is transferred. Temperature plays an important role in the rate of transfer. Specifically, the difference in temperature between two substances plays the role. Because heat will always try to move and transfer to form a thermal equilibrium, the rate at which energy is transferred will depend on the difference in the temperatures. The higher the difference, the higher the rate. A very hot substance will lose its energy to a very cold substance faster than a mildly warm substance will lose its energy to a cool substance. The rate at which the energy is transferred however, is always changing. If the difference in temperature is a factor of the rate, and as time goes on that difference becomes smaller, the rate will slow down overtime. If we use the ice on the hot tray example again, the ice would gain energy at a very fast rate because of the big difference in the temperature between the tray and the ice. Similarly, the tray would lo se energy at a fast rate. Overtime, the ice will melt and be much warmer, but not quite be the same temperature as the tray. The tray will cool down as well, but not quite be the same temperature as the ice. Because of the now smaller difference in temperature, it is known that the cool now-melted ice will gain energy at a slower rate and the warm tray will lose its energy at a slower rate. Another factor contributing to the heat transferring rate is the materials that the substances are made of. If hot water were placed in a coffee mug, it would take a little while to make the mug very hot; but take the same hot water into a plastic or Styrofoam cup instead, and the cup would feel hot in no time. This is because the material that the two cups are made of are different. The coffee mug makes the rate at which it gains energy slower than the plastic cup. Different materials gain and lose energy at different rates. This difference and the effect that a material has in the transfer rate of heat is called the thermal conductivity of the material; conductivity being the transferring of heat through direct contact of two objects. The higher the thermal conductivity is for an object, the higher the rate at which heat is transferred by it is. Scientists experiment with different materials to see which has a higher or lower thermal conductivity value. Low thermal conductivity val ues are referred to as thermal insulators, (Henderson, 2011). The distance that the heat must be conducted also plays a part in the rate of transfer. The thicker the wall of an object is, the slower the rate of transfer. Think about the walls of a cup. As the ceramic particles at the boundary between the [heat] and the mug warm up, they attain a kinetic energy that is much higher than their neighbors, (Henderson, 2011). This means that the particles heat up their neighbors while taking time and eventually the heat will transfer through an object. Taking a plastic cup and pouring hot water into it would make the cup heat up at a fast rate because of its material, but that rate can be slowed down if the thickness of the plastic cup is increased. Because the hot water has to travel a longer distance to lose its energy, the cup is heated at a slower rate. The distance between the two slows down the transfer rate. The farther the energy has to go, the slower the rate. People wear multiple layers of clothing and coats when going out into cold weather . This is because the radiation of heat coming off our bodies is transferred into the cold air slower because of the multiple layers. Thickness is a good way of insulating heat and keeping things warm. The heat coming off of our bodies is trapped under the coats and multiple layers and continues to keep our bodies warm since it is not lost to the coldness of the air around us. As we know, if we bring two objects that are initially at different temperatures into physical contact, they eventually achieve thermal equilibrium, (Hall, 2014). Thickness affects this movement because it takes longer to move further. Since thickness or distance affects the conductive heat transfer, it would only make sense that the area of the objects being transferred are involved as well. If a marble was placed over a small fire, and another marble twice the size was placed the same, the small marble would gain the thermal energy of the fire faster than the big marble. All chefs know that trying to cook two things that are different in size in the same oven for the same time will never work. The two foods would just never cook the same. One food would be cooked and the other raw, or one will be cooked and the other burnt. This is because of the area in the objects. A larger area will slow down the rate of transferring the heat. The wider a surface area an object has the slower th e rate of transfer. Why does this happen? It all has to do with what is actually involved in the transfer of thermal energy. The faster moving particles excite the nearby particles, (Ryan, 2009) and the energy is carried out through the whole object. Every particle of an objects surface is always involved in the transfer of thermal energy. Therefore, the more area an object has, the more particles are involved and the longer it will take to conduct the energy. The reason why heat flow exists is because there is a difference in temperature and the energy is being transferred to maintain an equality of energy. Unless the thermal equality is reached, there will be a heat flow between the substances. The movement of heat and the transferring of thermal energy is affected by (depending on which method) the material, the temperature difference, the distance, and the surface area of the two objects. The factors that cause these differences in rates are important to understand the behavior of thermal energy and how it works. The flow can be insulated with distance, material and area. The area affects the rate because every particle of the object is involved in the transferring of energy. The larger area an object has, the slower the rate of transfer. Citation Page Ryan, B. (2009, November). Heat energy. Retrieved January 15, 2017, from http://sciencelearn.org.nz/Contexts/Fire/Science-Ideas-and-Concepts/Heat-energy Hall, N. (2014). Heat Transfer. Retrieved January 17, 2017, from https://www.grc.nasa.gov/www/k-12/airplane/heat.html Henderson, T. (2011). Methods of Heat Transfer. Retrieved January 16, 2017, from http://www.physicsclassroom.com/class/thermalP/Lesson-1/Methods-of-Heat-Transfer Henderson, T. (2011). Rates of Heat Transfer. Retrieved January 16, 2017, from http://www.physicsclassroom.com/class/thermalP/Lesson-1/Rates-of-Heat-Transfer Jarvis, L., Simonson, D. (2015, October 5). Heat Transfer: Conduction, Convection, Radiation. Retrieved January 16, 2017, from https://www.wisc-online.com/learn/natural-science/earth-science/sce304/heat-transfer-conduction-convection-radiation Wisconsin Online | Heat Transfer. (2014). Retrieved January 16, 2017, from http://alaskapublic.pbslearningmedia.org/resource/lsps07.sci.phys.energy.heattransfer/heat-transfer/

Road Not Taken :: Free Essays

Critical Interpretation of â€Å"The Road Not Taken† by Robert Frost As a poem, â€Å"The Road Not Taken† is a great source of inspiration and able to be understood by all readers from an intuitive reader to a novice poem reader. A short poem with 4 sections, Robert Frost has given the main theme of the poem in its title, â€Å"The Road Not Taken.† Depending on the reader, the â€Å"road not taken† can ultimately imply any journey in life in which a decision between two paths must be made. â€Å"Two roads diverged in a yellow wood† provides the introduction and gives the main idea that a path must be chosen from two roads. Frost has further added to the drama of the decision in that both paths are desirable with â€Å"and sorry I could not travel both.† Frost implies that the path to be chosen is a personal decision in â€Å"and be one traveler.† In describing the two paths, Frost uses reverse language to describe. The first path was â€Å"bent in the undergrowth,† meaning it was well worn with no opportunity for overgrowth. The second path was â€Å"grassy and wanted wear† meaning it was overgrown and lacked wear (or a path). Frost foreshadows his decision by his use of language in describing those two paths. With both roads or paths equal, ultimately a decision must be made with no regret is the meaning Frost is providing in â€Å"And both that morning equally lay In leaves no step had trodden black.† As Frost has made his decision as to which path to pursue, he introduces another idea that after traveling the selected path perhaps he can come back to the philosophical fork in the road and chose the other path. But then he reminds himself that as one decision leads to other decisions and time moves on, he will more than likely never be able to get back to this point in his life or journey. Road Not Taken :: Free Essays Critical Interpretation of â€Å"The Road Not Taken† by Robert Frost As a poem, â€Å"The Road Not Taken† is a great source of inspiration and able to be understood by all readers from an intuitive reader to a novice poem reader. A short poem with 4 sections, Robert Frost has given the main theme of the poem in its title, â€Å"The Road Not Taken.† Depending on the reader, the â€Å"road not taken† can ultimately imply any journey in life in which a decision between two paths must be made. â€Å"Two roads diverged in a yellow wood† provides the introduction and gives the main idea that a path must be chosen from two roads. Frost has further added to the drama of the decision in that both paths are desirable with â€Å"and sorry I could not travel both.† Frost implies that the path to be chosen is a personal decision in â€Å"and be one traveler.† In describing the two paths, Frost uses reverse language to describe. The first path was â€Å"bent in the undergrowth,† meaning it was well worn with no opportunity for overgrowth. The second path was â€Å"grassy and wanted wear† meaning it was overgrown and lacked wear (or a path). Frost foreshadows his decision by his use of language in describing those two paths. With both roads or paths equal, ultimately a decision must be made with no regret is the meaning Frost is providing in â€Å"And both that morning equally lay In leaves no step had trodden black.† As Frost has made his decision as to which path to pursue, he introduces another idea that after traveling the selected path perhaps he can come back to the philosophical fork in the road and chose the other path. But then he reminds himself that as one decision leads to other decisions and time moves on, he will more than likely never be able to get back to this point in his life or journey.