Slow Movement from Haydns Emperor Quartet Essay Example for Free

Slow Movement from Haydns Emperor Quartet Essay The slow movement from Haydns Emperor Quartet is said to be one of Haydns greatest works. He uses a simple yet classic melody throughout his piece that is the underlying feature of this movement. The melody is in the form AABCC but the movement itself is in the style of theme and variations. The music in the movement is played sweetly (dolce) and is in cut time. The Introduction to Haydns Emperor Quartet is in GM and has the violin 1 playing the melody. The cello and the Viola have similar rhythmic parts that are playing important harmonies to the violin 1 part. The second violin is harmonizing the melody. Variation 1 is a duet between the two violins where the cello and the viola do not play. Violin 2 has the melody throughout the variation. Violin 1 is playing sets of semiquavers which give the different harmonies in this variation. Most of the notes in the violin 1 part are in intervals of 3rds and 5ths or are in scale order. This variation is always soft (sempre piano). In the next variation the bass instrument of the quartet has the melody (the cello). The violin 1 plays on the off beats for most of the variation with groups of semiquavers filled in as a small counter melody. Violin 2 is harmonizing between the melody and the violin 1 part. The viola is playing long notes every so often emphasizing the melody. Variation 2 is quite heavy and dense in harmonies and instruments in contrast to the first variation which was quite light. In variation 3 the viola has the melody. Throughout this variation there are mostly three instruments playing at one time. The instrument that do not have the melody come in and out though the piece. Violin 1 comes in with the viola at the beginning and has a similar line to its part in variation 2. Violin 2 comes in at bar 3 with syncopated notes and then goes into a small melody of its own. The cello do not come in till about halfway through the  variation where it plays a simple harmonic rhythm. Variation 4 is similar to the introduction in that the violin 1 has the melody again but Haydn has made it different by changing the other parts. Also in bar 5 the melody moves an octave higher to what it was in the introduction. The other three parts have similar rhythmic lines. The start of the variation has mostly crotchets and minims but in bar 10 Haydn has made use of quavers till the end of the piece. The cello changes clef in bars 7 to 14 to an alto clef then back to a bass clef. The three parts having the similar rhythmic lines helps creates a thick texture of harmonies. The ending bars draw a closure to the movement with the long cadence ending softly.

Creation of a Real Lightsaber

Creation of a Real Lightsaber Travis Wade Creating real-life sci-fi technology How might technology from popular sci-fi culture â€Å"Star Wars† be created in the near future? Technology comes from the thoughts of scientists and inventors, and imagination of science fiction writers. Throughout the sci-fi universes, whether in books or movies, they all have futuristic or even impossible sounding equipment. These large fandoms have set the bar for the future of technology and science, as their imagination to create these science-fiction pieces of technology, is based on what may be possible in the future. From the massive fandom and universe; such as Star Wars, the technology that could only be dreamed of, could one day become a reality. Many new scientific and technological discoveries and creations were first thought up by a writer, trying to sell a few books or even get a movie deal, and were since theorised by scientists to be possible. In the widely popular and extensively imagined universe of Star Wars, the main protagonists and antagonists, The Jedi and The Sith†, use special weapons known as a Lightsaber. Lightsabers are specially made close combat weapons, imagined as a futuristic sword-like weapon, that have a small hilt and a retractable laser blade, capable of cutting through almost everything. In the Star Wars universe, the Lightsaber was made with a powerful battery cell, a focusing crystal and was imbued with the force, as shown in figure 1: (Figure 1, components of a Lightsaber) In real life, the possibilities of creating a Lightsaber are quite real, should a large jump in current technologies spontaneously happen. To create the blade of the Lightsaber, many a thought would be directed immediately towards a high powered laser, however, a highly charged beam of plasma would be more suitable, and easier to harness. Current technologies, such as a plasma cutter, produce super-heated plasma to cut many materials. To create plasma, a plasma cutter feeds inert gas through an electric arc, which is then sped up and released through a small hole to increase the temperature of the plasma. The plasma would need to be propelled to about 1.2 metres, (average length of a Lightsaber) and then the plasma would need to dissipate, as to not create a beam that continues through space. If the plasma beam were to arc around at the end of the beam, return to the hilt of the Lightsaber, and arc back around through the electric arc, which would repower it, as it goes back out, creating a plasma circuit. The width of the beam, an important area in the eyes of a true Star Wars fan, can be controlled due to a powerful magnetic field would need to be employed, to also ensure that the Lightsaber bounces off other Lightsabers, due to the repulsion of the magnetic field. Magnets would create a magnetic field, via Lorentz forces, that would separate the plasma from the chamber, preventing the plasma from melting the â€Å"hilt†. Lorentz forces are the combination of electric and magneticforceson apoint chargedue to electromagnetic fields. Lorentz forces would come into effect, as the plasma arcs around the and back through the electric arc. The electrically charged magnets would create the electric field, and should the magnets be powerful enough, the electromagnetic forces could extend to a distance great enough to channel the plasma into the specific blade shape. A powerful battery or power cell will be needed to keep the electric arc running and powering the plasma. The current apex of battery technology is the â€Å"aluminium graphite battery†, which has been created by scientists at Stanford University, which can recharge a phone in 60 seconds. If the aluminium graphite battery was used to keep an electric arc inside a Lightsaber hilt running long enough to recharge the plasma. The fuel for creating the plasma is usually nitrogen gas in a plasma cutter. The Nitrogen gas would need to be held in a canister inside the Lightsaber hilt, while also being able to refill it. Nitrogen gas is appropriate as the fuel for the plasma arc, as Nitrogen is sufficiently unstable, and viable to charge from an electric arc, due to nitrogen having only 5 valence electrons. Because Nitrogen only has 5 valence electrons, there is a large electromagnetic force attracting other electrons, and therefore, more energy from the electric arc. The creation of a Lightsaber from the universe of Star Wars; is not currently possible with the level of technology and scientific understandings. However, in the near future, with a leap in the scientific understanding and practical uses of energy and plasma, such as projecting plasma into space or creating an electric field capable of being directed away from magnets, a real Lightsaber may be possible, should a scientist with the required research and funding be adventurous enough to create one. Until then, a Lightsaber will remain as just science fiction, and stay as just a fantasy that could one day be a reality. Bibliography Are lightsabers possible?| Explore | physics.org. 2015. Are lightsabers possible?| Explore | physics.org. [ONLINE] Available at: http://www.physics.org/article-questions.asp?id=59. [Accessed 18 May 2015]. Weird Things  » Blog Archive  » 3 Theories On How To Build A Real Life Lightsaber. 2015. Weird Things  » Blog Archive  » 3 Theories On How To Build A Real Life Lightsaber. [ONLINE] Available at: http://weirdthings.com/2011/08/3-theories-on-how-to-build-a-real-life-lightsaber/. [Accessed 18 May 2015]. Fast beam of neutral atoms created using lasers and plasma | Ars Technica. 2015. Fast beam of neutral atoms created using lasers and plasma | Ars Technica. [ONLINE] Available at: http://arstechnica.com/science/2013/01/acceleration-of-neutral-atoms-using-lasers-and-collisions/. [Accessed 18 May 2015]. Dense plasma focus Wikipedia, the free encyclopedia. 2015. Dense plasma focus Wikipedia, the free encyclopedia. [ONLINE] Available at: http://en.wikipedia.org/wiki/Dense_plasma_focus. [Accessed 18 May 2015]. Electric arc Wikipedia, the free encyclopedia. 2015. Electric arc Wikipedia, the free encyclopedia. [ONLINE] Available at: http://en.wikipedia.org/wiki/Electric_arc. [Accessed 18 May 2015]. Plasma (physics) Wikipedia, the free encyclopedia. 2015. Plasma (physics) Wikipedia, the free encyclopedia. [ONLINE] Available at: http://en.wikipedia.org/wiki/Plasma_(physics). [Accessed 18 May 2015]. http://ec.europa.eu/research/energy/euratom/index_en.cfm?pg=fusionsection=plasma-physics Where Saws Failed – How Plasma Cutters Work. 2015. Where Saws Failed – How Plasma Cutters Work. [ONLINE] Available at: http://home.howstuffworks.com/plasma-cutter1.htm [Accessed 24 May 2015]. An aluminium graphite battery that could charge your smartphone in 60 seconds. ExtremeTech. 2015. An aluminium graphite battery that could charge your smartphone in 60 seconds. ExtremeTech. [ONLINE] Available at: http://www.extremetech.com/electronics/202778-an-aluminum-graphite-battery-that-could-charge-your-smartphone-in-60-seconds. [Accessed 24 May 2015]. Lorentz force –Wikipedia, the free encyclopedia. 2015. Lorentz force – Wikipedia, the free encyclopedia. [ONLINE] Available at: http://en.wikipedia.org/wiki/Lorentz_force. [Accessed 24 May 2015]. http://www.harvardgenerator.com/ Figure 1: https://www.google.com.au/search?q=lightsabersafe=strictbiw=1366bih=673source=lnmstbm=ischsa=Xei=KIBiVdzqDIb28QXny4CIBgsqi=2ved=0CAYQ_AUoAQ#safe=stricttbm=ischq=lightsaber+insideimgrc=hC7og0Li80fcCM%253A%3BEroRd5B0rUQ__M%3Bhttp%253A%252F%252Fwww.emperorshammer.org%252Fdb%252FDSC%252Fimages%252Fpics%252Fpicture-lightsaber_diagram_interior.jpg%3Bhttp%253A%252F%252Fwww.emperorshammer.org%252Fdb%252FDSC%252Fls.php%3B479%3B200

Use of Transition Metals in Nanotechnology

Use of Transition Metals in Nanotechnology Part 1: Introduction 1.1Â   Nanotechnology or nanotech is the branch of engineering that deals with things smaller than 100 nanometers. It is the study of the controlling of matter on an atomic and molecular scale. It deals with creating of nanoparticles and of manufacturing machines which have sizes within the range of 1 to 100 nanometres. Nanotechnology offers the potential to overcome many of the serious issues facing mankind over the coming decades. Climate change, pollution control and prevention, access to clean water, falling energy reserves and the diagnosis and treatment of diseases such as cancer all represent significant challenges to man and the planet. New scientific and technological breakthroughs will be needed to deliver solutions. Over the last decade almost $50 billion of government funding has been invested into nanotechnologies, and this investment is now starting to bear fruit with a steady stream of commercially viable nanotechnologies which are positively impacting human health, the environment and technology. Gold is at the forefront of this nanotechnology revolution. 1.2 What are Transition Metals? Elements whose atom has an incomplete d sub-shell, or which can give rise to cations with an incomplete d sub-shell. They are ductile, malleable, and conduct electricity and heat. Their valence electrons are found in more than one shell, that is why they have more than one oxidation number. Some of the transition metals that are used in nanotechnology are Gold, Platinum, Iron, Cadmium, Nickel, Cobalt. 1.3 Transition Metals which are used in Nanotechnology Gold Platinum Nickel Cobalt Iron Cadmium Part 2: Project Overview 2.1: Why Transition Metals can be used in nanotechnology? Explanation of some of transition metals which can be used in nanotechnology:- 2.1.1: Gold Gold is widely used to build nanostructures because it is relatively chemically inert, although gold clusters can become quite reactive as they get smaller. Indeed, positive gold ions can react with noble gases, and gold particles just a few nanometres in diameter can act as catalysts in many reactions, as can single gold atoms bound in suitable complexes. The nobility of gold and its resistance to surface oxidation which makes it ideal material for wide range applications in nanotechnology. Gold nanoparticles have a colour varying from red to purple depending on particle size, a property that can be successfully exploited in a range of applications. 2.1.2: Nickel The reason for working with nickel is that it responds to electrochemistry, has good mechanical and corrosion properties and is inexpensive. It is strong and cheap and easily processed in this particular style. 2.1.3: Iron Iron oxide nanoparticles are considered promising because they are maneuverable by remote magnetic fields, and can be coated with various marker molecules to make them stick selectively to tumors and other targets within the body. The particles can also be made to carry anti-cancer drugs or radioactive materials directly to a tumor. Magnetic nanoparticles designed to attach to cancerous tissue can also be made to heat up by using a remote, alternating magnetic field, thereby selectively killing cancer cells in a process called magnetic hyperthermia. 2.2 Use of Transition metals in nanotechnology 2.2.1: Gold Gold nanoparticles are a popular choice for medical research, diagnostic testing and cancer treatment. By using gold nanoparticles it improves the drug delivery efficiency of anticancer drug. It may sound odd, but the dye in your blue jeans or your ballpoint pen has also been paired with gold nanoparticles to fight cancer. This dye, known as phthalocyanine, reacts with light. The nanoparticles take the dye directly to cancer cells while normal cells reject the dye. Once the particles are inside, scientists activate them with light to destroy the cancer. Similar therapies have existed to treat skin cancers with light-activated dye, but scientists are now working to use nanoparticles and dye to treat tumors deep in the body. 2.2.2: Platinum The researches in their latest word incorporated platinum metals into their nanotubes structures. Platinum can add useful catalytic, electronic, luminescent, and magnetic functionalities to the nanotubes. Catalysts are used with fuels such as hydrogen or methanol to produce hydrogen ions. Platinum, which is very expensive, is the catalyst typically used in this process. Companies are using nanoparticles of platinum to reduce the amount of platinum needed, or using nanoparticles of other materials to replace platinum entirely and thereby lower costs. 2.2.3: Nickel Applications for nickel nanocrystals include numerous catalytic functions such as in the anode of solid oxide fuel cells (SOFC) or in the conductive electrolytic layer of proton exchange membrane (PEM) fuel cells, in replacement of platinum. Also, substituting all or a portion of the platinum with nickel nano particles in automotive catalytic converters would significantly reduce their cost and in coatings, plastics, nanowire, nanofiber and textiles and in certain alloy and catalyst applications . Further research is being done for their potential electrical, dielectric, magnetic, optical, imaging, biomedical and bioscience properties. Nickel Nano Particles are generally immediately available in most volumes. Nickel nanoparticles could even be used in biomedical applications, such as implants that dispense drugs, though the metal would likely be coated to prevent possible allergic reactions. The metals magnetic properties make it a natural choice for magnetic applications. 2.2.4: Cobalt The nanoparticle films of transition metals such as iron, nickel, or cobalt may be used to catalyse the growth of carbon nanotube. The Nickel or Cobalt nanotubes with larger diameters(around 160 nm) show a nearly isotropic magnetic moments arranged in a vortex state at zero field. 2.2.5: Iron Hot iron nanoparticles could be used to carve electronic circuits out of graphene sheets. The excellent electronic properties of graphene have prompted scientists to try cutting it into nanoribbons, which might be used in electronic devices of the future. Attempts with lithography, however, have left rough edges to the nanoribbons that could affect their performance. Widely used iron nanoparticles exhibit toxic effects on neuronal cells. Iron is an essential nutrient for mammals and most life forms and iron oxide nanoparticles were generally assumed to be safe Part 3: Analysis 3.1 Nanotechnology and Cancer In a study published in the July 2007 issue of Analytical Chemistry, scientists from Purdue University detailed their use of gold nanoparticles to detect breast cancer. Their work, along with similar studies at other universities, has the potential to radically change breast cancer detection. The procedure works by identifying the proteins found on the exteriors of cancer cells. Different types of cancer have different proteins on their surfaces that serve as unique markers. Nanorods, gold nanoparticles shaped like rods, use specialized antibodies to latch onto the protein markers for breast cancer, or for another cancer type. After the nanorods bind to proteins in a blood sample, scientists examine how they scatter light. Each protein-nanorod combination scatters light in a unique way, allowing for precise diagnoses. The use of gold nanoparticles is not new to this study. These tiny particles it would take 500 of them to span the width of a human hair are particularly suited to detect toxins, pathogens and cancers and are a subject of much experimentation. The scientists at Purdue used nanorods capable of attaching to three types of breast cancer markers, with two of the markers identifying how invasive the cancer is. The lead researcher on the study, Joseph Irudayaraji, said that these nanorods could one day form part of a much more thorough test, binding to up to 15 unique markers. Using nanorods cuts the price of the diagnosis by two-thirds compared to the similar method of flow cytometry, in which fluorescent markers bind to cancer cells. Flow cytometry requires a bigger sample size with thousands of times more cells than is needed for nanorods, meaning that nanorods are capable of helping to determine earlier diagnoses. Nanorods prove much less invasive than some other methods because they use blood samples and dont require a biopsy. Part of the cost savings comes from scientists being able to use a conventional microscope and light source to view the samples, unlike other methods that employ expensive microscopes or lasers. In a different study, Dr. Irudayaraj showed that gold nanorods could be used to detect cancer stem cells. The discovery is particularly valuable because cancer stem cells cause the out-of-control growth that makes malignant tumors so deadly. Dr. Irudayaraji said that gold nanoparticles could be widely available for cancer diagnoses sometime in 2011. Besides being part of exhaustive tests that can detect cancers early on, nanoparticles may also form the basis of future cancer treatments. Lasers that react with gold nanoparticles could be used to destroy cancer cells. Or, nanoparticles could be used as targeted drug-delivery systems. Part 4: Conclusion After the completion of the term paper on Use of Transition Metals in Nanotechnology I got many new things to learn about. The term paper helped me to know more about nanotechnology and the different transition metals and about its use in nanotechnology. The nanoparticles, how it is useful in treatment of cancer, and its uses in biomedicals and others. The term paper also gives the structures of some of the transition metals nanoparticles and about the extensive use of the transition metals in nanotechnology. I have worked very hard on this project and wanted to build it in a very simple and lucid manner so that it could be easy for the reader to go through and understand the term paper. Hopefully, I think that you would have gained some knowledge on transition metals nanoparticles and could have well understood it. I grant a sincere apologize if any mistake would have crept in my work.

Escape Mechanisms in The Glass Menagerie Essay -- Glass Menagerie essa

Escape Mechanisms in The Glass Menagerie In Tennessee Williams’ play, The Glass Menagerie, all four members of the Wingfield family have chosen to hide from reality. Amanda tries to relive her past through Laura, and denies anything she does not want to accept. Laura is terrified of the real world, and choses to hide behind her limp, her glass menagerie and the victrola. Tom hides from his reality by going to the movies, writing poetry, and getting drunk. Mr Wingfield hides from his reality by leaving his family and not contacting them after he has done so. Each member of the Wingfield family has their own escape mechanism which they use to hide or escape from the real world. Amanda has chosen to hide from reality by trying to relive her past. She is living in the unreality of her youthful memories and sees herself as still being as young as Laura when she says to her, ‘No, sister, no, sister – you be the lady this time and I’ll be the darkey’ (p 237). She reminisces about ‘one Sunday afternoon in Blue Mountain’ (p 237) when she received seventeen gentleman callers, and then tries to relive this through Laura. She arranges for Tom to bring home some nice young man... ...1987. 85-94. Levy, Eric P. "‘Through Soundproof Glass’: The Prison of Self Consciousness in The Glass Menagerie." Modern Drama, 36. December 1993. 529-537. Rasky, Harry. Tennessee Williams: A Portrait in Laughter and Lamentation. New York: Dodd, Mead & Co., 1986. Thompson, Judith J. Tennessee Williams’ Plays: Memory, Myth, and Symbol. New York: Peter Lang, 1989. Williams, Tennessee. The Glass Menagerie. In Literature: An Introduction to Reading and Writing, 4th ed. Ed. Edgar V. Roberts and Henry E. Jacobs. Englewood Cliffs, NJ: Prentice Hall, 1995. 1519-1568.

Elizabeth as a Typical Victorian Woman in Frankenstein Essay -- Franke

Elizabeth as a Typical Victorian Woman in Frankenstein    Elizabeth is an important character in Mary Shelley’s Frankenstein. She is also the most important person in Victor’s life for many reasons. Not only is she beautiful beyond belief, she is also submissive and meek. Elizabeth knows her role in the household and she fulfills her duties without hesitation or complaint. Always concerned for Victor, she is willing to do anything to ensure his happiness. Elizabeth is Victor’s prized possession, that which he must value and protect above all other things. She is his faithful love. Elizabeth’s many qualities classify her as a typical woman of nineteenth-century Victorian England. Subservience is one of the main characteristics of Victorian English women. They were "taught to be submissive and manipulative" (Kanner 305). Qualities of "selflessness, patience, and outward obedience" were also "required" in women (Prior 96). In contrast to men's "masculine energy," women were thought to possess "feminine passivity" that made them incapable of actively venturing into the world with curiosity (Kanner 208). Such false belief on the men's part, not women's "feminine passivity," is what hindered the women from venturing into the world and confined them to the home. Such confinement is evident in the following woman's diary: All this time my Lord was in London where he had all and infinite great resort coming to him. He went much abroad to Cocking, to Bowling Alleys, to Plays and Horse Races. . . I stayed in the country having many times a sorrowful and heavy heart . . . so as I may truly say, I am an owl in the desert. (Prior 200) Similarly, in Frankenstein, while the young Victor Frankenstein and his friend Henry Clerv... ... Victor as his own. Elizabeth is subservient, sentimental, nurturing, sacrificial, and beautiful. She possesses all the typical feminine characteristics. Hence, through the images of Elizabeth, Mary Shelley clearly and accurately depicts attitudes toward Victorian women of nineteenth-century England. Elizabeth lives, and dies, the role both Shelley and society had written for her and her real-life sisters. Works Cited Kanner, Barbara, ed. The Women of England: From Anglo-Saxon Times to the Present. Hamden: Archon Books, 1979. Prior, Mary, ed. Women in English Society, 1500-1900. New York: Methuen, 1985. Shelley, Mary. Frankenstein. Ed. Johanna M. Smith. Boston: Bedford Books, 1992. Wollstonecraft, Mary. A Vindication of the Rights of Women: An Authoritative Text, Backgrounds, Criticism. Ed. Carol H. Poston. New York: W.W. Norton, 1975.    Elizabeth as a Typical Victorian Woman in Frankenstein Essay -- Franke Elizabeth as a Typical Victorian Woman in Frankenstein    Elizabeth is an important character in Mary Shelley’s Frankenstein. She is also the most important person in Victor’s life for many reasons. Not only is she beautiful beyond belief, she is also submissive and meek. Elizabeth knows her role in the household and she fulfills her duties without hesitation or complaint. Always concerned for Victor, she is willing to do anything to ensure his happiness. Elizabeth is Victor’s prized possession, that which he must value and protect above all other things. She is his faithful love. Elizabeth’s many qualities classify her as a typical woman of nineteenth-century Victorian England. Subservience is one of the main characteristics of Victorian English women. They were "taught to be submissive and manipulative" (Kanner 305). Qualities of "selflessness, patience, and outward obedience" were also "required" in women (Prior 96). In contrast to men's "masculine energy," women were thought to possess "feminine passivity" that made them incapable of actively venturing into the world with curiosity (Kanner 208). Such false belief on the men's part, not women's "feminine passivity," is what hindered the women from venturing into the world and confined them to the home. Such confinement is evident in the following woman's diary: All this time my Lord was in London where he had all and infinite great resort coming to him. He went much abroad to Cocking, to Bowling Alleys, to Plays and Horse Races. . . I stayed in the country having many times a sorrowful and heavy heart . . . so as I may truly say, I am an owl in the desert. (Prior 200) Similarly, in Frankenstein, while the young Victor Frankenstein and his friend Henry Clerv... ... Victor as his own. Elizabeth is subservient, sentimental, nurturing, sacrificial, and beautiful. She possesses all the typical feminine characteristics. Hence, through the images of Elizabeth, Mary Shelley clearly and accurately depicts attitudes toward Victorian women of nineteenth-century England. Elizabeth lives, and dies, the role both Shelley and society had written for her and her real-life sisters. Works Cited Kanner, Barbara, ed. The Women of England: From Anglo-Saxon Times to the Present. Hamden: Archon Books, 1979. Prior, Mary, ed. Women in English Society, 1500-1900. New York: Methuen, 1985. Shelley, Mary. Frankenstein. Ed. Johanna M. Smith. Boston: Bedford Books, 1992. Wollstonecraft, Mary. A Vindication of the Rights of Women: An Authoritative Text, Backgrounds, Criticism. Ed. Carol H. Poston. New York: W.W. Norton, 1975.   

Foundations to Human Development

Foundations of Human Development in the Social Environment Michelle Braig BSHS/325 March 18, 2013 Joyce Mink There are three foundations of human development. The foundations are the biological development, psychological development, and social development. The concept of human diversity and cultural competences demonstrates how different people can be. General systems theory and social order are connected in some way. . There are several incidents or situations that can affect a person physically, mentally, socially, and emotionally.Some of the biological aspects include problematic pregnancy, fetal development and prenatal care. Problems can occur right at the time of conception. There are test that can be done to determine if a fetus can have a life altering conditions. There are many factors that can affect the developmental process. Having the knowledge of the developmental milestones can better help the human service professional with helping and understanding their client. The re are guides to give the information needed for each milestone that a child should reach by a certain age (Zastro and Kirst-Ashman, 2010).Understanding the biological development will help a person to understand the physiological dimensions because they work together in understanding the human development. Psychology is the study of the mind and behavior. Personality, self-concept, emotion, and cognition are parts of the human psychological development (Zastro and Kirst-Ashman, 2010). They psycho-dynamic theory, Neo-Freudian psychoanalytic theory, phenomenological theory, and feminist theories are some of the theories that may help explain the way personalities are developed.These theories can help the human service professional understand why people are the way they are. These theories can be used as a guideline for getting the information needed for helping out a client. The base for building an adult social personality begins with the social interaction of a child. Socialization is when an individual learns about the environment around him or her. They will learn the language, behavior, customs, and rules. The individual will meet social standards so that he or she can do will in society.Socialization normally begins in childhood. A child’s family is usually where a child can learn most of their socialization skills. Social development is important for an individual to have a personality that is unique to that individual (Zastro and Kirst-Ashman, 2010). Human diversity means that everyone is different in some way. Age, sexual orientations, language, style, religion, physical abilities, height, communication, and gender are just some of the ways that an individual can be different from another.Human diversity is what makes one person different from another (Zastro and Kirst-Ashman, 2010). Cultural competence is where a person is able to adjust to different cultures over a period of time. As helpers we need to be able to help everyone respectfully and effectively. Culture is the integrated pattern of human behavior that includes actions, communications, thoughts, customs, beliefs, values, and institutions of a racial, ethnic, religious, or social group.Culture can also include, race, ethnicity, national origin, and migration background; sex, gender, gender identity, or gender expression; sexual orientation and marital or partner status; age and socioeconomic class; religious and political belief or affiliation. People should understand that certain cultures have different ways of expressing themselves. In is considered rude to spit in public without covering your mouth in Japan. In some cultures burping out loud is a way to say that the food was good.It is important for a human service professional to learn about different cultures so that they will not offend their clients or coworkers. The general systems theory proposes to explain why there is an underlying intelligible general order in the world to which all matter relates a nd the existing social order is a subset of the general order (Dale, 2009). A systematic way of thinking helps to understand the individual by understanding the whole person. General systems theory affected the way we think by providing new vocabulary for all different types of people.The general systems theory is a group of ideas based on order and used in a similar way that science is used. The general systems theory is a way to find the understanding of a human as a whole by using the process of elimination to gain knowledge through order. The social order is a part of the way social services is handled today. The social order consists of nine aspects that go order of a hierarchy. These are a part of the general systems theory. The biological, psychological, and social developments are all normal milestones that happen with a person.Most are learned and developed as a child grows into an adult. All three developments work together to help create the individuals. All individuals a re different in some way. It is important to understand cultural differences. The general systems theory and social order both work with some kind of order. Reference * Zastro, C. and Kirst-Ashman, K. 2010 Understanding Human Behavior and the Social Environment (8th ED. ) * Dale, Human Behavior and the Social Environment: Social Systems Theory (6th ED. ) * http://www. ntocc. org/Portals/0/PDF/Resources/CulturalCompetence. pdf

Western Art Discussion

Exit Through the Gift Shop is a movie directed by Banksy which is centered around Thierry Guetta – Mr. Brain Wash- a Frenchman. Guetta created exhibits of art consisting of many pre-existing prints. Using a computer, he distorted them and probably managed to sell them for some million dollars. Banksy’s film does not show much about Banksy. Rather, he filmed it in a way that takes a look at what factors make contemporary art unfit. This movie is thus not such an interesting one. t is however more educative and can enable one to enhance their artwork if they are keen with the production (Ryzik). A more disappointing aspect of this movie is that Terry seems to dominate the movie although Bankys is supposed to feature more to showcase his movement of the art. Terry must seek to show that Banksy was a London-based infamous graffiti artist who was however never known by people. This situation could thus be seen a big ridicule. Banksy tries to demonstrate that contemporary art needs people with big finances so that they can have access to a large exhibition to market their products besides gaining fame. Thierry cannot be regarded as an artist since he reproduces work which has already being done by other people. he however employs professionals to help him during his work. In conclusion Thierry’s documentary about Banky's excellence in his own career is just a contribution to the work of art especially regarding how one can come up in the art industry and finally excel.