How to Write a Biography About Yourself For an Essay on Medical Assistant

How to Write a Biography About Yourself For an Essay on Medical AssistantHow to write a biography about yourself for an essay on medical assistant? It is just a question of writing. All you need to do is to get your hands on the right text that can guide you in writing your autobiography.While it may sound simple, writing autobiography is not really easy, as there are many details and facts that you need to have in your own information. For instance, medical assistants can write their own biography about themselves for an essay on medical assistant. But, if you want to get the job done, you need to hire an expert who can assist you in writing your biography. And it's not a difficult task if you think of it as a work of art.There are thousands of bio information that you have to remember while you are writing your biography. You have to take care of a lot of things like: the names of parents, siblings, spouse, children, etc. In this manner, you have to provide a complete and accurate description of yourself. There is no other way except for you to be able to remember the details of all these things.Writing a biography about yourself for an essay on the medical assistant is just like writing a story or a novel, as it is a story of your own people's life. You have to put some of your personality into it so that you can portray a realistic picture of yourself. Remember that writing a biography about yourself for an essay on the medical assistant is not an easy task. For instance, there are hundreds of things that you need to remember while you are writing.How to write a biography about yourself for an essay on medical assistant? First of all, it should not be an easy task if you have ever written any essay. On the contrary, essay on medical assistant requires many hours of hard work. After completing it, you may ask yourself how you managed to finish it in such a short time span.There are many people who have done it, but few of them have succeeded in writing their own bio about themselves. You cannot take the help of someone else. What you need to do is to do it on your own. It is not that easy to make an essay with a limited number of details. However, with the help of an expert, it will become very easy.You can do research if you want to make your own bio. As it is the most important aspect of this kind of work, you must make sure that your facts are correct. In addition, you must spend more time in thinking of the person who can answer your questions regarding the bio.If you are an aspiring medical assistant, then it is just the right time for you to make your career. This is the reason why you should learn how to write a biography about yourself for an essay on medical assistant. It will help you in making a successful career in this field.

Managing Global Relationships and Marketing Crisis

Periodic Table Study Guide - Introduction History

Periodic Table Study Guide - Introduction History Introduction to the Periodic Table People have known about elements like carbon and gold since ancient time. The elements couldnt be changed using any chemical method. Each element has a unique number of protons. If you examine samples of iron and silver, you cant tell how many protons the atoms have. However, you can tell the elements apart because they have different properties. You might notice there are more similarities between iron and silver than between iron and oxygen. Could there be a way to organize the elements so you could tell at a glance which ones had similar properties? What Is the Periodic Table? Dmitri Mendeleev was the first scientist to create a periodic table of the elements similar to the one we use today. You can see Mendeleevs original table (1869). This table showed that when the elements were ordered by increasing atomic weight, a pattern appeared where properties of the elements repeated periodically. This periodic table is a chart that groups the elements according to their similar properties. Why was the Periodic Table Created? Why do you think Mendeleev made a periodic table? Many elements remained to be discovered in Mendeleevs time. The periodic table helped predict the properties of new elements. Mendeleevs Table Compare the modern periodic table with Mendeleevs table. What do you notice? Mendeleevs table didnt have very many elements, did it? He had question marks and spaces between elements, where he predicted undiscovered elements would fit. Discovering Elements Remember changing the number of protons changes the atomic number, which is the number of the element. When you look at the modern periodic table, do you see any skipped atomic numbers that would be undiscovered elements? New elements today arent discovered. They are made. You can still use the periodic table to predict the properties of these new elements. Periodic Properties and Trends The periodic table helps predict some properties of the elements compared to each other. Atom size decreases as you move from left to right across the table and increases as you move down a column. The energy required to remove an electron from an atom increases as you move from left to right and decreases as you move down a column. The ability to form a chemical bond increases as you move from left to right and decreases as you move down a column. Todays Table The most important difference between Mendeleevs table and todays table is the modern table is organized by increasing atomic number, not increasing atomic weight. Why was the table changed? In 1914, Henry Moseley learned you could experimentally determine the atomic numbers of elements. Before that, atomic numbers were just the order of elements based on increasing atomic weight. Once atomic numbers had significance, the periodic table was reorganized. Introduction | Periods Groups | More about Groups | Review Questions | Quiz Periods and Groups Elements in the periodic table are arranged in periods (rows) and groups (columns). Atomic number increases as you move across a row or period. Periods Rows of elements are called periods. The period number of an element signifies the highest unexcited energy level for an electron in that element. The number of elements in a period increases as you move down the periodic table because there are more sublevels per level as the energy level of the atom increases. Groups Columns of elements help define element groups. Elements within a group share several common properties. Groups are elements have the same outer electron arrangement. The outer electrons are called valence electrons. Because they have the same number of valence electrons, elements in a group share similar chemical properties. The Roman numerals listed above each group are the usual number of valence electrons. For example, a group VA element will have 5 valence electrons. Representative vs. Transition Elements There are two sets of groups. The group A elements are called the representative elements. The group B elements are the nonrepresentative elements. What Is on the Element Key? Each square on the periodic table gives information about an element. On many printed periodic tables you can find an elements symbol, atomic number, and atomic weight. Introduction | Periods Groups | More about Groups | Review Questions | Quiz Classifying Elements Elements are classified according to their properties. The major categories of elements are the metals, nonmetals, and metalloids. Metals You see metals every day. Aluminum foil is a metal. Gold and silver are metals. If someone asks you whether an element is a metal, metalloid, or non-metal and you dont know the answer, guess that its a metal. What are Properties of Metals? Metals share some common properties. They are lustrous (shiny), malleable (can be hammered), and are good conductors of heat and electricity. These properties result from the ability to easily move the electrons in the outer shells of metal atoms. What are the Metals? Most elements are metals. There are so many metals, they are divided into groups: alkali metals, alkaline earth metals, and transition metals. The transition metals can be divided into smaller groups, such as the lanthanides and actinides. Group 1: Alkali Metals The alkali metals are located in Group IA (first column) of the periodic table. Sodium and potassium are examples of these elements. Alkali metals form salts and many other compounds. These elements are less dense than other metals, form ions with a 1 charge, and have the largest atom sizes of elements in their periods. The alkali metals are highly reactive. Group 2: Alkaline Earth Metals The alkaline earths are located in Group IIA (second column) of the periodic table. Calcium and magnesium are examples of alkaline earths. These metals form many compounds. They have ions with a 2 charge. Their atoms are smaller than those of the alkali metals. Groups 3-12: Transition Metals The transition elements are located in groups IB to VIIIB. Iron and gold are examples of transition metals. These elements are very hard, with high melting points and boiling points. The transition metals are good electrical conductors and are very malleable. They form positively charged ions. The transition metals include most of the elements, so they can be categorized into smaller groups. The lanthanides and actinides are classes of transition elements. Another way to group transition metals is into triads, which are metals with very similar properties, usually found together. Metal Triads The iron triad consists of iron, cobalt, and nickel. Just under iron, cobalt, and nickel is the palladium triad of ruthenium, rhodium, and palladium, while under them is the platinum triad of osmium, iridium, and platinum. Lanthanides When you look at the periodic table, youll see there is a block of two rows of elements below the main body of the chart. The top row has atomic numbers following lanthanum. These elements are called the lanthanides. The lanthanides are silvery metals that tarnish easily. They are relatively soft metals, with high melting and boiling points. The lanthanides react to form many different compounds. These elements are used in lamps, magnets, lasers, and to improve the properties of other metals. Actinides The actinides are in the row below the lanthanides. Their atomic numbers follow actinium. All of the actinides are radioactive, with positively charged ions. They are reactive metals that form compounds with most nonmetals. The actinides are used in medicines and nuclear devices. Groups 13-15: Not all Metals Groups 13-15 include some metals, some metalloids, and some nonmetals. Why are these groups mixed? The transition from metal to nonmetal is gradual. Even though these elements arent similar enough to have groups contained within single columns, they share some common properties. You can predict how many electrons are needed to complete an electron shell. The metals in these groups are called basic metals. Nonmetals Metalloids Elements that dont have the properties of metals are called nonmetals. Some elements have some, but not all of the properties of the metals. These elements are called metalloids. What are Properties of Nonmetals? The nonmetals are poor conductors of heat and electricity. Solid nonmetals are brittle and lack metallic luster. Most nonmetals gain electrons easily. The nonmetals are located on the upper right side of the periodic table, separated from metals by a line that cuts diagonally through the periodic table. The nonmetals can be divided into classes of elements that have similar properties. The halogens and the noble gases are two groups of nonmetals. Group 17: Halogens The halogens are located in Group VIIA of the periodic table. Examples of halogens are chlorine and iodine. You find these elements in bleaches, disinfectants, and salts. These nonmetals form ions with a -1 charge. The physical properties of the halogens vary. The halogens are highly reactive. Group 18: Noble Gases The noble gases are located in Group VIII of the periodic table. Helium and neon are examples of noble gases. These elements are used to make lighted signs, refrigerants, and lasers. The noble gases are not reactive. This is because they have little tendency to gain or lose electrons. Hydrogen Hydrogen has a single positive charge, like the alkali metals, but at room temperature, it is a gas that doesnt act like a metal. Therefore, hydrogen usually is labeled as a nonmetal. What are the Properties of the Metalloids? Elements that have some properties of metals and some properties of nonmetals are called metalloids. Silicon and germanium are examples of metalloids. The boiling points, melting points, and densities of the metalloids vary. The metalloids make good semiconductors. The metalloids are located along the diagonal line between the metals and nonmetals in the periodic table. Common Trends in Mixed Groups Remember that even in mixed groups of elements, the trends in the periodic table still hold true. Atom size, ease of removing electrons, and ability to form bonds can be predicted as you move across and down the table. Introduction | Periods Groups | More about Groups | Review Questions | Quiz Test your comprehension of this periodic table lesson by seeing if you can answer the following questions: Review Questions The modern periodic table isnt the only way to categorize the elements. What are some other ways you could list and organize the elements?List the properties of the metals, metalloids, and nonmetals. Name an example of each type of element.Where in their group would you expect to find elements with the largest atoms? (top, center, bottom)Compare and contrast the halogens and noble gases.What properties can you use to tell the alkali, alkaline earth, and transition metals apart?

ALIEN AUTOPSY Essay Example | Topics and Well Written Essays - 1250 words

ALIEN AUTOPSY - Essay Example Conversely, this is explicable by the underlying conditions under which the autopsy was undertaken (Farrell, pp29-39). According to the prevailing cameraman, four living aliens were found at the crash site. One of them never survives the revival operation whilst the second and the third succumbed after a month. The fourth alien stay lived until the year 1946. The autopsy of the first creature is not known thus it can be taken to be the subject of the massive scientific autopsy. The filmed of the prevailing second and third autopsies were on the year 1947 to find the main cause of their abrupt death thus aiding in finding appropriate means of keeping the fourth alien alive. This could also aid in the establishing of communication and finding the reason why the alien had come to Earth. This was the main interest of the national defense forces as compared to the scientific study of an alien life form (Mantle & Noe Torres, pp54-67). However, there was assumption that organs were taken fo r further learning during the process of dissection. Moreover, according to the cameraman, the fourth alien was autopsied logically within a medical theatre in the presence of the leading scientist in United States, England and France. Santilli footage depicted metals samples that mainly take after the manufacturing modus operandi utilized in the building of the I-Beams within the Santilli debris footage. The footage was precisely rounds at section of the symbols which were impossible to be made within the present milling machines (Mantle & Noe Torres, pp54-67). The nature of the fractures, light and highly reflective appearance of the I-beams baffled Murphy that prompted him to conclude that the metals were made from very fine, crystalline structure manufactured with unknown technique. The hieroglyphs on the alien I-beams resemble the Greek and Phoenician alphabets, which have the common origin of family diverse from Semitic alphabets-Aramaic, Procanaanitic and Arabic that originat ed from the hieroglyphic alphabet. Inscriptions clearly belong to the same family of the alphabets but pre-date the Phoenician and the corresponding Egyptian culture found in Peru (Farrell, pp29-39). The film brings out the understanding of both the I-beams and then decodes their underlying captions utilizing languages from the similar context and language families as the main alphabets. There were also twelve toed foot prints on Anasazi petro glyphs within the Canyonlands of Utah. The signs designated their divine origin. There was controversy on the part of the Roswell footage because it lacked witnesses on the year 1947 UFO crash to confirm either bodies or the debris. Moreover, it contained smaller corpses that had four fingers according to the witnesses (Mantle & Noe Torres, pp112-178). The cameraman said that the crash site was amidst the Socorro and Magdalena. Santilli’s full story of the cameraman confirmed that he had leant about the crash on the year 1947, which dat es the event back to the late hours of May, 1947. The conclusion was that the event of Roswell was totally different. The fact that the cameraman had been flown into the Roswell and brought to the underlying crash site by car caused him to think that

PRESENTATION Essay Example | Topics and Well Written Essays - 1000 words

PRESENTATION - Essay Example (Hughes, et al 2004 p.160). Danforth Prince and Darwin Porter (2004) state that the Tate Modern is viewer-friendly with eye-level hangings.(p.166). The national collection of British art from 1500 to the present day, as well as international modern art from 1900 are displayed. The collection is spread over five floors, and encompasses art in all its forms. The works are displayed thematically rather than chronologically. The Tate Modern is famous for its special exhibitions. (Berry; Else 2005 p.109). In some rooms, paintings, sculptures and installations are placed adjacent to each other. Olson et al (2004) feel that the thematic display concept is challenging, â€Å"but they often seem spurious, lacking the quirky spirit of a mixed private collection where one person’s taste is the guide.† (p. 405). Customer Profile: Every year the Tate Modern works with a market research company to find out more about its visitors. Some of the findings of Tate Audience Research 2005-2006, at the art gallery by the BDRC: Business Development Research Consultants, are presented1: Nationality: Visitors from all over the world visit Tate Modern, from which a third are from Europe, most of whom live in London, others in the South East and in the rest of UK. 43% of visitors are male and 57% female. Frequency: At Tate Modern, an average of 45% of visitors are on their first visit, 43% have visited in the last 12 months and 12% have been over a year ago. Age-group: More than a third of the visitors at Tate Modern are in the age group of 25-34. The next largest age group is 17-24, followed by the group 45-59 years old, and only 9% are 60+ in age. Display of Braque’s Work in Tate Modern: The entire range of Braque’s work is on display. Having trained in Art, in 1906 Braque began painting landscapes in the ‘Fauve’ style. But in

Market Failures & Professional Dilemmas Essay Example for Free

Market Failures Professional Dilemmas Essay Based on the Edwards article which market failures or imperfections are present in the â€Å"Lobster Thermidor† case? And can you identify any in your professional life? Based on the Halbert Ingulli reading (â€Å"Making An Ethical Decision†) apply the methods of ethical reasoning to these situations. Two market failures can be observed in the â€Å"Lobster Thermidor† case, a tragedy of public goods and informational deficiencies. First of all, the divers have to dive deeper, to the limit of diving safety, since overfishing has made the lobsters rare and to catch the lobster less than 30 meter down is getting harder and harder. This is the very typical case of public goods, where the public resources such as the lobsters under the sea are usually over-consumed by the individuals who try to maximize one’s interest. Deforestation, which has destroyed the entire farming industry and forced Miskitos out to entirely rely on diving, was another tragedy caused by the overconsumption of the public goods, forest. Secondly, both the divers and the end-consumers make wrong, irrational decisions cause of the lack of information. Divers, who do not recognize the true market price of lobsters as well as the true price of potential risks, bargain away their goods with little danger pay allowances. Also, the consumers, who have no idea about the severe fishing environment in Honduras, are reluctant to pay more than current prices, formed lower than it should be at the cost of human lives. The company where I worked prior to school has always tried its best to remove any little elements of competition in its area. If there were a small but promising start-up with innovative idea and technology, that company used every means –most were legal or grey while a few were nearly illegal- to get rid of the potential threats. For instance, it quickly imitates the new technology of the start-up, take out the similar patent, scout the core human resources, block off the critical suppliers and seed funds, cut the price of competitive goods to the minimum level, and do hostile MA. This case also showed the issues related to public goods and informational deficiencies. The company attempted to minimize the production/dissemination of new technologies, which can be considered as public goods, and the newborn ventures could not protect themselves cause of the limited access to the information. From the utilitarianism perspective, these are reasonable and desirable attempts because the larger number of stakeholders can be satisfied. My company had more than 20,000 employees while the average start-ups have no more than 100 employees. Considering the families of employees, shareholders, subcontractors, and the related industries, maximizing profit of my company could bring higher utilities than the success of small ventures. Even in long-term, my company’s decision would not be wrong since the possibility of success of start-ups are extremely low compared to the global conglomerates. My company, which has the global network, huge infrastructure, and accumulated knowhow can exploit the new technology better and thereby encourage the social progress. In contrast, from the deontological view, it was absolutely wrong. My company not only hindered the fair competition but also committed illegal acts. Whether the result proved positive or negative is not important for the deontologists. Finally, it was not proper when applying the concept of virtue ethics since the motives of the actions of the company was not correct and contributes nearly nothing to the harmonious relationship with the community it belonged.

Education: Empiricists vs Rationalists Essay example -- philosophy of

The importance of experience in education has always been the subject of philosophical debates. These debates between empiricists and rationalists have been going on for quite some time. Rationalists are of the view that knowledge acquired through senses is unreliable and learning can only be done through reasoning. On the other hand, empiricists believe knowledge is acquired through empirical impressions and concepts that cannot be learnt without being experienced (Evans, 1992, p. 35). This debate was however resolved by Kant who argues that both experience and rationality are necessary in learning. John Dewey was an American philosopher of the twentieth century and he also contributed to the debate on the learning process. In his book Experience and Education, Dewey (1938), he stated, â€Å"the belief that all genuine education comes about through experience does not mean that all experiences are genuinely or equally educative† (p. 25). This famous quote has been evaluated a nd referred to regularly in the debate on learning through experience. According to Dewey (1938) experiences can only be termed as educative if they lead to further intellectual and moral growth. In order for experience to be termed as educative, both the community and the individual have to benefit from the said experience. The experience has to contribute to growth in curiosity, sense of purpose, and initiative in the learner. He was of the view that traditional education was hierarchical and therefore undemocratic in nature. According to him, in order to produce well informed, thoughtful and democratic students, learners need to participate in all aspects of the school program and gain the experience. Eventually, a learner has to reflect on the experience ... ...work became widely accepted. However, his philosophy will continue to earn critical acclaim even in the coming days. Works Cited Boud, D., Keogh, R., & Walker, D. (1985). Reflection: Turning experience into learning. New York, NY: Kogan Page. Dewey, J. (1938). Experience and education. New York, NY: Macmillan. Evans, N. (1992). Experiential learning: Assessment and accreditation. New York, NY: Routledge. Ewert, A. (1989). Outdoor adventure pursuits: Foundations, models, and theories. Columbus, OH: Publishing Horizons. Goodlad, J. (1984). A place called school: Prospects for the future. New York, NY: McGraw- Hill. Kolb, A. (1984). Experiential learning: Experience as the source of learning and development. Englewood Cliffs, NJ: Prentice Hall. Lewin, K. (1952). Field theory in the social sciences: Selected theoretical papers. London: Tavistock.