William Shakespeare s The West A Full Length Play

Plays have been around for many years, they have transformed through the years, getting better and better. A play would be considered as an event that is held at the theatre which means â€Å"seeing place†. Plays have a playwright who creates the play and then there are actors, or characters, who take the role of the people in the play to make it come alive for the audience. Theatres and plays come from ancient Greece. There are many different aspects of a play; the playwright, the genre of the play which tells you if it going to be sad, or funny what is the purpose of this play, and then of course everyone who helps bring the play to life which would the characters. Plays, nowadays, usually last for an hour or so but back in the day that†¦show more content†¦Genre tells you what kind of play it is. The classifications of plays into a genre is a matter of opinion not science. The first defined genres were comedy and tragedy, with comedy being the more common one. A c omedy is meant to be funny, where tragedy focuses on a universal themes about human life and society and always ends with death. Tragedy was first described by the Greek philosopher Aristotle. Shakespeare was a big tragedy person. There is a combination of the plays called tragicomedy where the hero doesn’t die at the end known as a â€Å"tragedy that ends happily†. There is documentary drama a play that uses actual documents. A major genre is musicals which is the most commercially successful genre in the American theatre today. Aristotle’s six components of a tragedy are plot, characters, theme, diction, music, and spectacle, in this order. It is thought that he listed plot first because it essentially makes drama dramatic. Plot is what keeps the audience involved so creating a compelling plot shows the playwrights true skill. The primary demands of plot would be logic and suspense. Characters would be the humans who undertake the action of the plot. They hav e to be liked by the audience or no one will really get into the play, they have to be able to make the audience care about what is happening. We the audience need to be able to identify with the character, we should feel bad for them at

Anatomy Quiz Unit 3 Free Essays

1. Match the following chemical terms with their definition: (Points : 15) Answer | | Potential Matches: | : Proton| | 1 : Molecule that dissociates in water to form individual ions, ionic compound |   Ã‚  Ã‚  Ã‚   : Neutron| | 2 : Chemical systems that absorb excess acids or bases maintaining a relatively stable pH |   Ã‚  Ã‚  Ã‚   : Atomic mass| | 3 : Has lost electrons; indicated by a positive sign, as in Na+ |   Ã‚  Ã‚  Ã‚   : Element| | 4 : Non-charged particle in nucleus |   Ã‚  Ã‚  Ã‚   : Molecule| | 5 : When acids and bases mix and form salts |   Ã‚  Ã‚  Ã‚   : Compound| | 6 : Alkaline | Water molecules| | 7 : Positively charged particle in nucleus |   Ã‚  Ã‚  Ã‚   : Base| | 8 : Substances whose molecules have more than one kind of atom |   Ã‚  Ã‚  Ã‚   : Acid| | 9 : Double sugar made up of two monosaccharide units |   Ã‚  Ã‚  Ã‚   : Neutralization| | 10 : Function is to store energy for later use M. |   Ã‚  Ã‚  Ã‚   : Buffers| | 11 : A group of atoms bound together in a group |   Ã‚  Ã‚  Ã‚   : Disaccharide| | 12 : Opposite of base | : Carbohydrates| | 13 : Number of protons in the nucleus; determines the type of atom |   Ã‚  Ã‚  Ã‚   : Electrolyte| | 14 : Dissociate to form equal amounts of hydrogen ion and hydroxide ion |   Ã‚  Ã‚  Ã‚   : Positive ion | 15 : A pure substance, made up of only one kind of atom | | 2. We will write a custom essay sample on Anatomy Quiz Unit 3 or any similar topic only for you Order Now Microscopic View of Skin. Type the number in the empty box that corresponds with the appropriate letter in the diagram. (Points : 15) Answer | | Potential Matches: | : Epidermis| | 1 : k | : dermis| | 2 : h | : subcutaneous fatty tissue| | 3 : g | : hypodermis| | 4 : e | : sweat gland| | 5 : r | : arrector pili muscle| | 6 : n | : Pacinian corpuscle| | 7 : l | : cutaneous nerve| | 8 : c | : papilla of hair| | 9 : b | : hair follicle| | 10 : p | : sebaceous| | 11 : j | : oil gland| | 12 : d | : Meissner’s corpuscle| | 13 : a | : dermal papilla| | 14 : i | stratum germinativum| | 15 : m | : stratum corneum| | 16 : o | : hair shaft| | 17 : f | : openings of sweat glands| | 18 : q | | 3. General Characteristics of a Cell. Type the number in the empty box that corresponds with the appropriate letter in the diagram. (Points : 15) Answer | | Potential Matches: | : centrioles| | 1 : a | : flagellum| | 2 : n | : free ribosomes| | 3 : e | : mitochondrion| | 4 : h | : nuclear envelope;| | 5 : c | : nucleus| | 6 : j | : nucleolus| | 7 : l | : ribosomes| | 8 : o | : cilia| | 9 : f | : smooth endoplasmic reticulum| | 10 : k | : rough endoplasmic reticulum| | 11 : m | : plasma membrane| | 12 : i | lysosome| | 13 : d | : cytoplasm| | 14 : b | : golgi apparatus| | 15 : g | | 4. Type the number in the empty box that corresponds with the appropriate term for the statements(s) listed below. (Points : 5) Answer | | Potential Matches: | : Which glands secrete oil, or sebum, for hair and skin? | | 1 : Epidermis |   Ã‚  Ã‚  Ã‚   : These glands work throughout the body, helping to regulate body heat. | | 2 : Sebaceous glands |   Ã‚  Ã‚  Ã‚   : Hair growth requires epidermal, tubelik e structure called _____. | | 3 : Hair follicles |   Ã‚  Ã‚  Ã‚   : The outermost and thinnest primary layer of skin is _____. | | 4 : Eccrine sweat glands | | | How to cite Anatomy Quiz Unit 3, Papers

Recent Advances in Bone Tissue Engineering Scaffolds

Question: Discuss about the Recent advances in bone tissue engineering scaffolds. Answer: i.: The epithelial cells are present in the mucosa layer of the intestine. In the small intestine, the epithelial cells take the form of villi. However, villi are not found in the colon. Epithelial cells in the skin are not in the form of villi. Although the skin is made up of epithelial cells, striated epithelial cells make up the morphology of the skin. The stratified squamous epithelium consisting of flattened epithelial cells are arranged layer after layer on a basal membrane. Structural integrity is maintained when layers adhere to each other, and the last layer adheres to the basal membrane (Peterson and Artis, 2014). ii. : In the human heart, connective tissues can be found which help maintain the structure of the heart and connect different muscles to each other supporting the functionality of the heart. While a covering of connective tissue protects the pericardium, a layer of single-layered epithelial tissue called simple squamous epithelium protects the heart (Wolkers, 2014). This layer also helps the blood move smoothly through the heart. Then there is the muscle tissue, which helps in the contractions of the heart. Lastly, there is the fibrous tissue, which builds up the heart valve. iii. : The bone is specifically built with the support of bone tissues. Bone tissue is a part of the connective tissue family. This kind of tissue contains huge amounts of calcium as well as phosphorous salts. There are two kinds of bone tissues namely the compact bone tissue and the spongy bone tissue. While the compact bone tissue consists of concentric rings of matrix surrounding the central canals, the spongy bone tissue can be identified with the help of its irregular latticework. The spaces in the compact bone tissues are embedded in the tissue and called lacunae whereas the spaces in the spongy bone tissues are filled with red bone marrow (Bose et al., 2012). iv. : The primary component of the nervous system is the nerve tissue which in turn is divided into two categories, the ones found in the central nervous system and one found in the peripheral nervous system. The central nervous system comprises of tissues found in the brain as well as spinal cord (Prabhakaran et al., 2013). Whereas the peripheral nervous system comprises of tissues found in nerve cells, ganglia located in places other than the brain and fibers. The tissues in the brain and the spinal cord control speech, emotions as well as memory in the human body whereas the tissues in the peripheral system primarily connect the CNS with the other parts of the body. Reference Bose, S., Roy, M. and Bandyopadhyay, A., 2012. Recent advances in bone tissue engineering scaffolds.Trends in biotechnology,30(10), pp.546-554. Peterson, L.W. and Artis, D., 2014. Intestinal epithelial cells: regulators of barrier function and immune homeostasis.Nat Rev Immunol,14(3), pp.141-153. Prabhakaran, M.P., Vatankhah, E. and Ramakrishna, S., 2013. Electrospun aligned PHBV/collagen nanofibers as substrates for nerve tissue engineering.Biotechnology and bioengineering,110(10), pp.2775-2784. Wolkers, W.F., 2014. C-19: Dry preservation of decellularized heart valve tissues.Cryobiology,69(3), p.507.

Argon Facts (Atomic Number 18 or Ar)

Argon Facts (Atomic Number 18 or Ar) Argon is a noble gas with element symbol Ar and atomic number 18. It is best known for its use as an inert gas and for making plasma globes. Fast Facts: Argon Element Name: ArgonElement Symbol: ArAtomic Number: 18Atomic Weight: 39.948Appearance: Colorless inert gasGroup: Group 18 (Noble Gas)Period: Period 3Discovery: Lord Rayleigh and William Ramsay (1894) Discovery Argon was discovered by Sir William Ramsay and Lord Rayleigh in 1894 (Scotland). Prior to the discovery, Henry Cavendish (1785) suspected some unreactive gas occurred in air. Ramsay and Rayleigh isolated argon by removing the nitrogen, oxygen, water, and carbon dioxide. They found the remaining gas was 0.5% lighter than nitrogen. The emission spectrum of the gas did not match that of any known element. Electron Configuration [Ne] 3s2 3p6 Word Origin The word argon comes from the Greek word argos, which means inactive or lazy. This refers to the extremely low chemical reactivity of argon. Isotopes There are 22 known isotopes of argon ranging from Ar-31 to Ar-51 and Ar-53. Natural argon is a mixture of three stable isotopes: Ar-36 (0.34%), Ar-38 (0.06%), Ar-40 (99.6%). Ar-39 (half-life 269 yrs) is to determine the age of ice cores, ground water and igneous rocks. Appearance Under ordinary conditions, argon is a colorless, odorless, and flavorless gas. The liquid and solid forms are transparent, resembling water or nitrogen. In an electric field, ionized argon produces a characteristic lilac to violet glow. Properties Argon has a freezing point of -189.2Â °C, boiling point of -185.7Â °C, and density of 1.7837 g/l. Argon is considered to be a noble or inert gas and does not form true chemical compounds, although it does form a hydrate with a dissociation pressure of 105 atm at 0Â °C. Ion molecules of argon have been observed, including (ArKr), (ArXe), and (NeAr). Argon forms a clathrate with b hydroquinone, which is stable yet without true chemical bonds. Argon is two and a half times more soluble in water than nitrogen, with approximately the same solubility as oxygen. Argons emission spectrum includes a characteristic set of red lines. Uses Argon is used in electric lights and in fluorescent tubes, photo tubes, glow tubes, and in lasers. Argon is used as an inert gas for welding and cutting, blanketing reactive elements, and as a protective (nonreactive) atmosphere for growing crystals of silicon and germanium. Sources Argon gas is prepared by fractionating liquid air. The Earths atmosphere contains 0.94% argon. Mars atmosphere contains 1.6% Argon-40 and 5 ppm Argon-36. Toxicity Because it is inert, argon is considered to be non-toxic. It is a normal component of air that we breathe every day. Argon is used in blue argon laser to repair eye defects and kill tumors. Argon gas may replace nitrogen in underwater breathing mixtures (Argox) to help reduce the incidence of decompression sickness. Although argon is non-toxic, it is considerably more dense than air. In an enclosed space, it may present an asphyxiation risk, particularly near ground level. Element Classification Inert Gas Density (g/cc) 1.40 ( -186 Â °C) Melting Point (K) 83.8 Boiling Point (K) 87.3 Appearance Colorless, tasteless, odorless noble gas Atomic Radius (pm):Â  2- Atomic Volume (cc/mol): 24.2 Covalent Radius (pm): 98 Specific Heat (20Â °C J/g mol): 0.138 Evaporation Heat (kJ/mol): 6.52 Debye Temperature (K): 85.00 Pauling Negativity Number: 0.0 First Ionizing Energy (kJ/mol): 1519.6 Lattice Structure: Face-Centered Cubic Lattice Constant (Ã…): 5.260 CAS Registry Number: 7440–37–1 Argon Trivia The first noble gas to be discovered was argon.Argon glows violet in a gas discharge tube. It is the gas found in plasma balls.William Ramsay, in addition to argon, discovered all the noble gases except radon. This earned him the 1904 Noble Prize in Chemistry.The original atomic symbol for argon was A. In 1957, the IUPAC changed the symbol to the current Ar.Argon is the 3rd most common gas in Earths atmosphere.Argon is produced commercially by fractional distillation of air.Substances are stored in argon gas to prevent interactions with the atmosphere. Sources Brown, T. L.; Bursten, B. E.; LeMay, H. E. (2006). J. Challice; N. Folchetti, eds. Chemistry: The Central Science (10th ed.). Pearson Education. pp. 276 289. ISBN 978-0-13-109686-8.Haynes, William M., ed. (2011). CRC Handbook of Chemistry and Physics (92nd ed.). Boca Raton, FL: CRC Press. p. 4.121. ISBN 1439855110.Shuen-Chen Hwang, Robert D. Lein, Daniel A. Morgan (2005). Noble Gases. Kirk Othmer Encyclopedia of Chemical Technology. Wiley. pp. 343–383.Weast, Robert (1984). CRC, Handbook of Chemistry and Physics. Boca Raton, Florida: Chemical Rubber Company Publishing. pp. E110. ISBN 0-8493-0464-4.

Evaluating You and Your Business Idea a Book by Joseph Covello and Brian Hazelgren

Evaluating You and Your Business Idea a Book by Joseph Covello and Brian Hazelgren The paper is aimed at examining the chapter Evaluating You and Your Business Idea from the textbook written by Joseph Covello and Brian Hazelgren. These authors pay attention to the process of goal setting, and they offer some valuable recommendations to future entrepreneurs.Advertising We will write a custom essay sample on â€Å"Evaluating You and Your Business Idea† a Book by Joseph Covello and Brian Hazelgren specifically for you for only $16.05 $11/page Learn More On the whole, these researchers believe that an individual should identify personal and economic objectives that should be attained (Covello and Hazelgren 13). In other words, it is necessary to examine the financial objectives that should be achieved by the enterprise. Moreover, it is vital to quantify these economic objectives (Covello and Hazelgren 13). Furthermore, a person should explain why he/she wants to work in a specific area of business. Moreover, it is vital to explain how t his particular choice can help a person fulfill his/her talents or ambitions. To some degree, these goals included in this plan are consistent with the recommendations offered by these authors. In particular, this plan includes clear economic objectives that are quantified. However, it is necessary to pay more attention to personal objectives because they are not clearly identified. This is one of the drawbacks that can be singled out. Additionally, it is important to discuss the distinction between short and long-term objectives. This distinction is important for the successful implementation of business plans. In this way, one can better develop the strategies for the development of a business (Covello and Hazelgren 13). Furthermore, this knowledge can help a person see the relations between different steps that will be taken in the future (Covello and Hazelgren 13). The given plan includes some of the goals that will be attained in the near future. Moreover, it is critical to sin gle out the resources that should be accumulated. For instance, the author of this plan discusses the need to accumulate start-up capital. Apart from that, this plan includes some long-term objectives. In particular, the writer mentions the intention to open new shops within the next four years. Furthermore, Joseph Covello and Brian Hazelgren believe that it is necessary to set the timelines for the implementation of the goals (15). However, these researchers also note that in many cases, such timelines cannot be rigidly fixed. Moreover, by focusing only on timelines, a person can make flawed business decisions. This is one of the pitfalls that should be avoided. To a great extent, the plan, which is analyzed, is compatible with the suggestions offered by the authors of this chapter. Nevertheless, there are some limitations of this plan, and they should not be overlooked. For instance, this document does not clearly show how this venture can gain the loyalty of clients. It is not ev ident why they will choose the services of this particular cafà ©. In turn, this issue is examined by Joseph Covello and Brian Hazelgren who believe that entrepreneurs should differentiate the venture among other companies. This is one of the issues that should be taken into account.Advertising Looking for essay on business economics? Let's see if we can help you! Get your first paper with 15% OFF Learn More On the whole, the discussion suggests when starting up a business venture, a person should clearly explain the steps that will be taken to attain business goals. Moreover, one should clearly identify the resources that will be needed. The elements of this plan are compatible with the recommendations offered by scholars. Nevertheless, the author does not show why the future venture will be remain competitive. These are the main arguments that can be advanced. Covello, Joseph, and Brian Hazelgren. â€Å"Evaluating You and Your Business Idea.† Comp lete Book of Business Plans: Simple Steps to Writing Powerful Business Plans. Ed. Joseph Covello and David Carpenter. New York, NY: Sourcebooks, Inc, 2006. Print.

First assignment to analyze energy problems Example | Topics and Well Written Essays - 500 words

First to analyze energy problems - Assignment Example But compared to nuclear fission, nuclear fusion process is extremely complicated and dangerous. Nuclear fusion requires extreme amounts of heat energy in order to fuse two small nuclei combine to form a single large nucleus. For example, in sun, two hydrogen nuclei combined to form a helium nucleus at a high temperature which resulted in the liberation of enormous amount of energy mainly in the form of hat and light. Sun’s interiors have high pressure and temperature so that fusion can take place easily in the sun. But â€Å"earthbound reactors cannot achieve such high pressures and temperatures of the sun’s interior†, which is the major challenge in conducting nuclear fusion on earth’s surface (National Academy of Engineering) Nuclear fusion can be placed only at the last place in the technology concept map considering the complexities and dangers associated with the process of nuclear fusion. The current nuclear reactors which are operating in some of the counties are handling temperatures of smaller amount when we compare it with the temperatures needed to operate a nuclear fusion reactor. The uncontrollable nature of nuclear energy seems to be the major villain in exploiting nuclear energy with the help of the fusion process. The major social issue associated with the exploitation of nuclear fusion energy is the possibility of huge disasters which can wipe off the entire living things from the earth. Till the technology developed to such a level that the possibility of a disaster becomes zero, it is not advisable to conduct even an experiment on the exploitation of energy from nuclear fusion. We have already witnessed the striking power of nuclear energy in Hiroshima and Nagasaki which is negligible when we compare it with the dimensions of a possible disaster that could be happened due to nuclear fusion process. It is a fact that we facing lot of social issues like terrorism, violence,

Personal Reflection Paper (Ethic class) Thesis Example | Topics and Well Written Essays - 500 words

Personal Reflection Paper (Ethic class) - Thesis Example Had hooker chemicals ltd taken into consideration ethics in their decision to sell the site in which toxic waste had been buried. Asserting from Ethics without Sermon it could have been possible to prevent the hazardous implications if this company and the Niagara Fall school. In the examination of ethics of business decision the following questions are crucial before any action of implementation is taken. The question which needs to be addressed before making any business decision among others may include. This question is important because it conceptualizes the expected results and implications of a decision made. Consequences and probable results are outlined, these outlined questions are used to weigh if the decision made have good or hazardous implications. Hooker chemicals intention to sell the site buried with intoxicated waste should have been first examined by this question and the concept of ethics put into consideration (Nash 2010). The company had the knowledge in regard to implication in case of human habitation and settlement and they went ahead with their intention despite the knowledge. Also the board members of Niagara Falls school were also aware with the presence of toxic and went ahead with their intention to buy the site. The decisions made by the two entities did not cross check with the likely results and the implication was that a human and environmental disaster occurred. This question concerning ethics examination demarcates between intentional or non-intentional cause of injury to various stakeholders. In the case of love canal taking into consideration the knowledge limits of the two parties in regard to the presence of buried toxic waste in the site the injury caused to the stakeholders can be asserted to be intentional (Ferrell 2012). Hooker chemicals were unethical in burying toxic waste perfectly