Wednesday, October 23, 2019

Behaviorism cognitivism and constructivism Essay

Behaviorism, cognitivism and constructivism Introduction   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   All through history, education and philosophy have come out as ever-evolving pieces of disciplines that are not only interlinked, but also drivers of each other. This is because; education involves the process of passing down information from one informant to another person who will receive it. The way the knowledge or piece of information by the recipient or learner and the informant or teacher, forms the underlying features of the process of education and its overall effect on the society. In addition, there is evidence of numerous factions of educational disciplines that exist in the field and each requires a particular way or method of doing things. Natural sciences, biological sciences, social sciences, humanities and many other areas of educational learning that split from the mainstream disciplines as well as those that are discovered on a day to day basis in the continued development of ways to not only make education much easier, but also make the underlying mental and behavioral aspects.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   On the other hand, without philosophy, it is arguably deducible that education and learning would not be in existences today. Practically, education and learning is one of the most important aspects of human life whose absence is an imaginable. Apparently, it is the historical and the proceeding developments and transformations of the philosophical concepts that shape the kind of processes, developments as well as outcomes involved in education. The link between education, theories and philosophies   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   It is in this light that the study of the concepts of structuralism, constructivism, functionalism and the modern behaviorism and cognitivism leads to the understanding that these philosophical as well as empirical studies on educational and learning concepts brings about the result that there has been a progressive development and logical sequence of events in the philosophies which in turn end up bringing about a difference in the understanding of the elements of learning in educations.   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   As such, this paper seeks to look deep into the basic definitions, concepts and effects of the cognitivism, behaviorism and constructivism. The process of this in-depth analysis is based on the basic players involved and the experiments that have been conducted as well as the other ones, which have the potential to prove the association of the elements. From the historical arenas of education processes to the modern conduction of education of various disciplines including aviation, it is possible for a well-crafted idea, full of valid data and logical relations and linking can be presented to bring about the achievement of this objective. In the end, it will be a requirement to join the dots that link these three concepts in such a way that the timeline and concept of use be made evident. With a broad look at each of the issues, the paper seeks to delve into the development and thus, delve into the proof that all these philosophies come ab out as a way of filling a loophole found in another or as a complimentary form of mitigation (Buckley, 1989). Behaviorism   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Prior to delving into the aspect of behaviorism, it is important to get in touch with the events and concepts that were developed way before this concept and how they have had an influence on the speed as well as the stepping stones for the procession to the eventual use of behaviorism as a way of discerning what happens and goes on in the learning and development process in education. The concepts of structuralism and functionalism have come out as being the key movers and shakers in this process (Kitchener & O’Donohue, 1999). For instance, the schools of thought bring out issues that are different but complimentary to each other such that one phenomenon in one is explained or illustrated by a concept in another. Structuralism is based on the basic nature of all that is in existence and how the basic and smallest particles of material such as atoms act in order to create a particular effect. In psychology therefore, this concept is used as a way of finding and understanding the internal processes of the mind as a way of knowing the human mental processes from the structural point of view. Functionalism, on the other hand, is a concept that seeks to come out with the principles of understanding the functional aspect of consciousness away from the structural perspective (Watson, 2008).   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   It is from the foundations of the philosophers of the past who came up with experiments and concepts of structuralism and functionalism that the thinking process of creating behaviorism concepts. Having been first brought forth by the John Watson in the early 1900s, a plethora of written materials supported the idea that the study of behavior with a concentration on the extents to which the processes of actions and reaction come about are can be used to understand such concepts as those that influence human behavior (Kitchener & O’Donohue, 1999). Basically, this concept has its key focus on the two-way understanding of the multifaceted relation between a stimulus and a response to it. It is the endeavor of a good psychologist to understand how a stimulus, which is a specific action, event, or sensation that an organism is subjected to, the response on the individual. On the other hand, for the reaction or response of the subject, it should be possible to understand type, or better still, the specific stimulus that is responsible for the response (Buckley, 1989).   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   As a consequence of this, other affiliates and sub-branches of the conditioning and classical conditioning have come up as a result of myriads of empirical experiments. Thus, as Watson puts it, in a particular environments, well placed conditioned training as well as the little regard to phylogeny or potential, any individual organism is capable of becoming what they are expected, trained or conditioned to be (Watson, 2008). Cognitionism   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Whereas the concepts and principles of behaviorism have been used for a long time to come up with an understanding of the underlying and deep-seated issues in learning processes, there was need to understand the process of learning with the point of view that emanates from the study of the thought process, information processing and manipulation as well as the effects on learning. As such, from the early times of scientific and philosophical propositions, it is noted that the search of the understanding of the learning process is spotted with a spectra of footprints of scientists and scholars (Jahnke & Nowaczyk, 1998). Though they use a mixture of various earlier concepts, Charles Darwin’s evolution theory states that from the onset of existence of life, organisms have gone through changes within and without their species in a bid to participate equivalently in the competitive world of the survival for the fittest as well as Deweyâ €™s spiritual approach tend to agree on one thing; that organisms and human beings undergo gradual development and depending on the environment, there are possible modifications that come about in order for the organism to better live in their environments. It is for this reason that all eyes then focused into the exploring the key influencer of consciousness and thought as well as the varying effects that come from it (Shettleworth, 2010). Through a number of experiments, it was found that the though process and what affects it, play an important role in determining the learning ability, process and outcomes involved. Apparently, in as much as structuralism and functionalism come close to helping understand the internal process of learning; they are just basic foundations and stepping stones towards the understanding of behavioral, cognitive as well as constructivism. This means that even though Watson puts it across that through behavioral condition in a suitable environment, one can become whatever they are conditioned to be by learning, there are a few variations that can only be explained via the understanding of cognitive processes. Basically, it is a known fact that performance in assessment procedures and tests come out differently for different people. This is because there are a difference in the cognitive aspect of learning that is manifested in the motivation, age and level of intelligence, personality and other traits that influence an individual’s ability to learn. It is also of importance in the understanding of the processes that bring about the differences between the reflective and the impulsive persons as well as turning the stones covering the facts about crystallized and liquid intelligence. One of the most outstanding aspects of cognitivism is the fact that it is related to treatment and not stimuli as in behavioral models. As such, visual effects in learning process, signs, classroom structure, motivation and teaching methods are among the factors to consider when the subject is under study for the cognitive aspect of learning (Jahnke & Nowaczyk, 1998). Structuralism   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Notably observed as one of the most dominant forms of education theories that the modern arena of education is based, is presents itself as the latest used form of model by many. Constructivism is defined as the ability of the student or the learner to perceive a new piece of information, store it in the memory and add it to the already existing information in the memory such that the end result is a learning process that is composed of a knowledge based on various building blocks acquired over time. The student, having gone through experiences, read or learnt about the information prior to the current information learnt, is able to add up or relate the piece of information, makes a connection and derives a meaning or conclusion from it. As such, this method is seen as being one that links both the processes of learning involving practical and theory. Through this, it is more possible to the learner than ever before, for the learner to ful fill the main role of education; to make a meaning of life and the thing that surround the human race (Shettleworth, 2010). Application in the aviation industry   Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚  Ã‚   Logical reasoning and actions that come as a result are of great importance in every working or professional environment. It is important to note that, some more than others, workforce environments require great precision, stability of the mind as well as accuracy of thought in the bid to bring about excellent completion of tasks or assignment. The aviation industry is one of such fields of work, which need great and well-regarded ways of doing things that will come out as evidently efficient and effective. It is for this reason that all involved in this process from their time of training and learning need to be percolated in terms of ability and mental acuity (Reed, 2007). Once this is done, all should be subjected to the widely ranging learning processes that are based on the models mentioned above. Through studying of the learning process with regard to behavior, spatial skills, interpersonal intelligence, intrapersonal intelligence, a bility to link pieces of information and fix a problem in the shortest time possible, it is possible to come out with fully baked personnel for the field of work. Even though these methods of evaluating learning processes act as complimentary aspects of the others, it is important to note that many situations vary with what they demand from the person in charge. For this reason, subjection of the learning subject to each of them before evaluation of the ability to use all in combination is a vital idea for the potential personnel for the aviation industry. Moreover, it is through these educationally proven processes that one’s abilities, limitations can be determined, and recommendations made as to the kind of departments in which one is able to fit in. Generally, these educational theories and philosophies have logically evolved over time in a bid to bring about advancements in the field of education and learning process (Reed, 2007). References Buckley, K. W. (1989).  Mechanical man: John Broadus Watson and the beginnings of behaviorism. New York: Guilford Press. Jahnke, J. C., & Nowaczyk, R. H. (1998).  Cognition. Upper Saddle River, N.J: Prentice-Hall. O’Donohue, W. T., & Kitchener, R. F. (1999).  Handbook of behaviorism. San Diego, Calif: Academic Press. Reed, S. K. (2007).  Cognition: Theory and applications. Australia: Wadsworth/Thomson Learning. Shettleworth, S. J. (2010).  Cognition, evolution, and behavior. Oxford: Oxford University Press. Watson, J. B. (2008).  Behaviorism. Tucson, Ariz.?: West Press. Source document

Tuesday, October 22, 2019

PRODUCTIVITY GROWTH HYPTHESIS Essays - Statistical Inference

PRODUCTIVITY GROWTH HYPTHESIS Essays - Statistical Inference PRODUCTIVITY GROWTH HYPTHESIS Business PRODUCTIVITY GROWTH HYPTHESIS In this assignment, we will attempt to study the effects that difference in Income Ratio (henceforth known as I.R.) between the years 1980 and 1990 have on the Productivity Growth (P.G.) during the same period of time. The Income Ratio of one specific year can be found if we take the average income of the richest faction of a country (the richest 20% of the population) and divide it by that of the poorest faction (the poorest 20%). In this assignment, the Income Ratios that were used were those of 13 different countries. The I.R.'s on both 1980 and 1990 were taken for all these countries and, to find the difference between them, the I.R. for 1990 was divided by the I.R. for 1980, for each country. These new numbers illustrate the change of I.R. between the two years so that we can compare how the P.G. changes in relation to the changes in the I.R.. On this assignment, we use inductive reasoning to examine the data and find a theory (a hypothesis) that would combine the data given in a way that would make sense, based solely on our data. How do we know if the "theory" that we formulate makes sense? In this case we will plot the points (derived from the column "I.R. 1990/1980," going on the x-axis, and the column "Productivity Growth 79-90," on the y-axis). According to how the points are on the graph in relation to the Average Point (0.94,1.45) (point that is an average of all values and which divides the graph into four Quadrants), if 80% of these points are where they would be expected to be to conform to the hypothesis, then there is no reason to reject this hypothesis. If, on the other hand, the majority of the points does not conform to our hypothesis (are not where they were predicted to be), then it is rejected. Another method of reasoning frequently used by Mainstream economists is "deductive knowledge," as opposed to "inductive," described above. Their theory is formulated and only then it is applied to the data. Their theory on this subject suggests that productivity within a country grows when the population has incentives to work harder (or to work more). When the gap between rich and poor increases (an increase in I.R. form 1980-90, resulting in a larger ratio on the column I.R. 1990/1980), so does the population's eagerness to work, therefore increasing the Productivity Growth. Since when one variable goes up the other also goes up, there is a positive (or direct) correlation between the two. Mainstream economists use deductive reasoning to deduce that there exists a positive correlation between the two factors. In short, their hypothesis is that when the Income Ratio increases, the Productivity Growth also increases, since people are more motivated. For this to be true, we would expect a line going up and to the right on the graph, passing by Quadrants II and IV. Most points (80% or more) would have to be on these two Quadrants. This, however, is not the case (see graph), since only about 30.77% of the points plotted satisfy these conditions. Since the original hypothesis was rejected, we might want to see if there is a negative correlation between the two variables (that is, as one goes up, the other goes down). Our new hypothesis would then be "as the Income Ratio increases, the Productivity Growth decreases." Then, in the case of a high I.R., people in lower classes would rationally start to feel insecure and that their work is not being recognized by society, therefore losing motivation and producing less. In this case, since there's a negative correlation, one would expect the line on the graph to go downwards, from left to right, passing on Quadrants I and III. If this hypothesis were valid, 80%+ of the points would have to be on these Quadrants. This is also not the case, for only 69.32% of the points are on the appropriate Quadrants. Like the first, this second hypothesis also has to be rejected. After analyzing these two relationships and seeing that neither is valid, we conclude that there is no direct relationship between the two variables tested. That does not mean that one has no effect on the other (it probably does), only that there may be other factors and influences involved that have not been accounted for in this assignment and that one is not the only factor responsible for the changes in the other. DATA SHEET

Monday, October 21, 2019

Aas 237 Final Study Guide Essay examples

Aas 237 Final Study Guide Essay examples Aas 237 Final Study Guide Essay examples AAS 237 10/25/12 * Issue 9: Should Laws Prohibiting Marijuana Use Be Relaxed? -Alcohol, cocaine, narcotics, etc. are water soluble in the system for 72-96 hours -Marijuana is fat soluble Neuronsthe specialized cells that conduct electrical impulse in the C.N.S. (Central Nervous System) Cell membranes for neuronsPhospholipids (fat soluble) Normal Cell Membrane Smoking marijuana, Cell Membrane _ _ _ _ _ _ _ _ _ _ _ _ _ _ ___________ ___ ___ ____ ______ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _____ ____ ___________ ____ _ __ * Issue (no #): Are Psychotherapeutic Drugs Effective For Treating Mental Illness? Yes Most Impaired Psychosis (4 meanings) Psychosis 1. The most severe form of mental illness. | 2. It affects mood, thinking, + perceptions. Neurosis 3. It interferes with normal human interactions | 4. It’s a break from reality. Personality Disorder | Normal Least Impaired Diagram of Psychosis ___________________________________________ | | Organic/Genetic Predisposed Alzheimer | Chronic Organic Nonorganic (Substance Induced) (Genetic Predisposed) Something impacts the CNS from PTSD, Schizophrenia, Bipolar, outside biochemical changes the neuron chemistry + Schizoaffective. or structural change. TBI (Traumatic Brain Injury) + Dementia Reactive Chronic Reactive Chronic (short term) (long term) * Local gov’t will legalize drugs. Federal gov’t will not, because of its impact on society (for ex. China opium dens) * All types of Hallucinations are Organic (see, hear, taste, smell, touch). Only auditory (hearing) Hallucinations are Nonorganic. AAS 237 11/01/12 Perceptions- 2ndary Systems of psychosis (psychotic only) * Hallucinations: Sensory perceptions with no external stimuli. Delusions: Unrealistic Belief _________________________________________________________________________________ * Transient Psychosis: Temporary/based on the level of chemical(s) in your body. * People with substance dependents + mental illness (Physical Illness?) have a co-occurring disorder (Dual Diagnosis). Thinking: Schizophrenia (neg. type) is a thinking disorder (primarily) * Primary Symptoms: 1. Looseness of Association (subject to subject) 2. Flat/Inappropriate affect (the mood that accompanies the subject/sad, happy, and mad) 3. Disorganize Thinking (no sentences, just one word after another) 4. Word Salad (tossing words up) * Neologism: your own language. * Post Traumatic Stress Disorder (PTSD/Nonorganic) anxiety

Sunday, October 20, 2019

Famous Inventions on the April Calendar

Famous Inventions on the April Calendar What famous events happened in the calendar month of April concerning patents, trademarks, and copyrights? Find out who patented roller skates, and discover which famous inventor has the same April birthday as you or what invention was created on your April birthday. April Calendar of Patents, Trademarks, and Copyrights April 1 1953- Arthur Millers The Crucible, a play in four acts based on the Salem witch trials of the 17th century and referencing the then-current plague of McCarthyism, was copyrighted. April 2 1889- Charles Hall patented an inexpensive method for the production of aluminum, which brought the metal into wide commercial use. April 3 1973- Francis W. Dorion was granted patent #3,724,070 for a dual razor blade assembly. April 4 1978- Francisco Garcia was granted patent #4,081,909 for orthodontic pliers. April 5 1881- Edwin Houston and Elihu Thomson were granted a patent for a centrifugal separator: the creamer.   April 6 1869- Isaac Hodgson received patent #88,711 for the roller skate. April 7 1896- Tolbert Lanston was issued a patent for a monotype printing  press. April 8 1766- The first fire escape was patented- the contraption was a wicker basket on a pulley with a chain.1997- Hooshang  Bral received a patent for an automatically rinsing baby bottle. April 9 1974- Phil Brooks received a patent for a disposable syringe, although intravenous injections and infusion began as early as 1670. April 10 1849- Walter Hunt patented the first safety pin, based in part on the Roman brooch known as a fibula. Hunt also invented several other famous things, all of which he gave up on before seeing any profit. April 11 1893- Frederic Ives patented the process for a half-tone printing press. April 12 1988- Drs. Philip Leder and Timothy Stewart on behalf of Harvard University were issued the first patent, #4,736,866, for a new animal life form: a genetically altered mouse. April 13 1990- The Teenage Mutant Ninja Turtles movie was copyrighted. April 14 1964- Paul Winchell (a ventriloquist whose main dummy was Jerry Mahoney) was granted patent #3,129,001 for an inverted novelty mask. April 15 1997- Bertram Burke received a patent for an automatic philanthropic contribution system called the MILLIONAIRES CLUB. April 16 1867- Wilbur and his brother Orville Wright invented the airplane, which they called a flying machine.1997- James Watkins received a patent for confetti that flutters and darts. April 17 1875- Snooker, a variation of pool, was invented by Sir Neville Chamberlain.1908- The song Hail Hail the Gangs All Here was copyrighted. April 18 1916- Irving Langmuir received a patent for an incandescent gas lamp. Some of his other accomplishments include atomic-hydrogen welding and contributions to the development of the radio vacuum tube. April 19 1939- John Steinbecks The Grapes of Wrath was copyrighted. April 20 1897 -  Simon Lake was granted a patent for an even keel submarine. April 21 1828- Noah Webster published the first American dictionary.1857- Albert Douglas patented a ladies bustle.1931- Ester Kiefer received a patent for ornamental paper. April 22 1864- The United States minted the first coin with In God We Trust on it.1884- John Golding patented a process for metallic silk screening.1955- Congress declared that all U.S. coins would be minted with In God We Trust on them. April 23 1964- My Fair Lady, the movie based on a musical version of George Bernard Shaws play Pygmalion, was registered.1985- The trade secret New Coke formula was released. Coca-Cola was invented by John Pemberton of Atlanta, Georgia. The famous trademark name was a suggestion given by Pembertons bookkeeper, Frank Robinson. April 24 1907- Anchors Aweigh, the march and two-step by Chas. A. Zimmerman, was copyrighted. April 25 1961- Robert Noyce was granted a patent for a semiconductor device-and-lead structure, the integrated circuit otherwise known as the chip. Noyce was the co-founder of Intel Corporation. April 26 1881- Frederick Allen patented a life raft.1892- Sarah Boone patented an ironing board. April 27 1920- Elijah McCoy received a patent for an air-brake pump lubricator. April 28 1908- Leonard Dyer obtained a patent for an automobile transmission. April 29 1873- Eli Janney received a patent for automatic railroad car couplings. April 30 1935- Patent #2,000,000 was issued to Joseph Ledwinka for vehicle wheel construction. April Birthdays April 1 1578- English physician William Harvey, who discovered blood circulation.1858- Italian sociologist Gaetano Mosca, who wrote the Circulation of Elite.1865- Germany chemist Richard Zsigmondy won the Nobel Prize in 1925.1887- American philologist and linguist Leonard Bloomfield dominated the science of linguistics.1922- American computer scientist Alan Perlis was best known for his pioneering work in  programming languages. April 2 1618- Mathematician and physicist Francesco M. Grimaldi discovered light diffraction.1841- French engineer and inventor Clement Ader is remembered primarily for his pioneering work in aviation and as a mechanical and electrical genius.1875- Walter Chrysler founded the Chrysler car company.1900- German musicologist Heinrich Besseler is best known for his Medieval, Baroque and   Renaissance music.1922- Russian atomic physicist Nikolaj G.  Bassov  worked with  lasers  and won the Nobel Prize in 1964.1948- Noted astronomer and educator Eleanor Margaret Burbridge was the first woman to be appointed to the Royal Greenwich Observatory. April 3 1837- Writer and nature enthusiast John Burroughs had the Burroughs Medal named after him.1934- British ethologist  Jane Goodall studied African chimps. April 4 1809- American mathematician and astronomer Benjamin Pierce contributed to studies in celestial mechanics, algebra, number theory and philosophy of mathematics.1821- Linus Yale  was an American portrait painter and inventor who invented the Yale cylinder lock.1823- Karl Wilhelm Siemens was an inventor who laid undersea cables.1826- Zenobe Theophile Gramme invented an electric motor.1881- Encyclopedist Charles Funk produced Funk and Wagnalls.1933- English manufacturer Robin Phillips invented a hand-dryer. April 5 1752- Sebastien Erard invented improved pianos and harps.1838- American invertebrate paleontologist Alpheus Hyatt made important contributions to the study of invertebrate fossils.1899- American inventor Alfred Blalocks invention ushered in the era of cardiac surgery.1951- Dean Kamen  invented the  Segway, and several other things, including the AutoSyringe, a mobile dialysis system, and the first wearable insulin pump.1954- Computer programmer Michael W. Butler invented the TODAY program. April 6 1920- Swiss scientist Edmond H. Fischer won the 1992 Nobel Prize in medicine with Edwin Krebs for their discoveries in reversible protein phosphorylation.1928- Chemist James D. Watson co-discovered the structure of DNA.1953- American inventor Andy Hertzfeld was a co-inventor of the Apple Macintosh; he started a new company called General Magic. April 7 1775- American businessman  Francis Cabot Lowell  invented the first raw cotton-to-cloth textile mill.1859- Walter Camp  was the father of American football and invented many of the rules.1860- Noted American vegetarian  Will Keith Kellogg  was the founder of the Kellogg Company and invented a process of making flaked cereal, corn flakes, for use as a healthy breakfast cereal.1869- American botanist explorer David Grandison Fairchild brought new plants into the United States.1890- Noted environmentalist Marjory Stoneman Douglas was nicknamed the First Lady of the Everglades. April 8 1869- American neurosurgeon Harvey Cushing did the first blood pressure studies.1907- Noted chemist Maurice Stacey is known for his contributions to carbohydrate chemistry.1911- American chemist Melvin Calvin won the Nobel Prize in 1961 for his work on photosynthesis. April 9 1806- Isambard Kingdom Brunel invented the first Trans-Atlantic steamer.1830- Eadweard Muybridge  pioneered the study of  motion photography.1919- John Presper Eckert was the co-inventor of the first  all-electronic  computer called the ENIAC. April 10 1755- German physician Samuel Hahnemann invented homeopathy.1917- Organic chemist Robert Burns Woodward won the Nobel prize in 1965. April 11 1899- Chemist  Percy L. Julian  invented a drug for the treatment of arthritis called cortisone. 1901- Adriano Olivetti was an Italian engineer and manufacturer of typewriters. April 12 1884- German psychologist and biochemist Otto Meyerhof won the Nobel Prize in 1922.1926- James Hillman is credited with developing archetypal psychology. April 13 1832- British designer and inventor James Wimshurst invented the electrostatic generator.1899- Alfred Moser Butts invented the game Scrabble. April 14 1886- American psychologist Edward C. Tolman created behaviorism. April 15 1452- Italian painter  Leonardo da Vinci  was also an inventor. April 16 1682- John Hadley invented the first reflecting  telescope.1867- ​Wilbur Wright  co-invented the first manned and engined airplane. April 17 1934- Don Kirshner invented bubblegum music. April 18 1905- Medical research pioneer George Herbert Hitchings was renowned for developing drugs for several major diseases and was co-winner of the Nobel Prize in 1988. April 19 1768- English entomologist and botanist Adrian H. Haworth was known for his work with succulent plants.1877- Ole Evinrude  invented the outboard marine engine1912- American chemist Glen T. Seaborg discovered plutonium and won the Nobel Prize in Physiology or Medicine in 1951.1931- American computer scientist Fred Brooks is best known for managing the development of IBMs   System/360 computers. April 20 1745- Physician Philippe Pinel is considered the founder of psychiatry. 1921- Donald Gunn MacRae is a noted sociologist.1927- Swiss superconductivity physicist Karl Alex Muller won the Nobel Prize in 1987 for his discovery of high-temperature superconductivity in a new class of materials.1934- Lindsay Oliver John Boynton is a noted furniture historian. April 21 1782- German educator Friedrich W.A. Frobel invented kindergarten.1849- German embryologist Oskar Hertwig discovered fertilization.1913- Biochemist Choh Hao Li isolated growth hormones. April 22 1799- Physician and physiologist Jean Poiseuille discovered blood pressure.1853- French anthropologist Alphonse Bertillon devised the crime ID system.1876- Sweden otologist Robert Barany was a vestibular expert who won the Nobel Prize in 1914.1919- American biochemist Donald Cram won the Nobel Prize in 1987.1929- Margaret Pereira was a noted forensic scientist. April 23 1858- German physicist Max Planck wrote the Planck Constant and won the Nobel Prize in 1918.1917- Nuclear physicist Jacob Kistemaker invented an  ultracentrifuge. April 24 1620- Statistician John Graunt founded the science of demography.1743- Edmund Cartwright  invented the power loom.1914- Justin Wilson invented Wise  Potato Chips. April 25 1769- Mark Isambard Brunel was a noted engineer and inventor.1825- Charles Ferdinand Dowd standardized time zones.1874- Guglielmo Marconi  invented a radio system and won a Nobel Prize in 1909.1900- Swiss-American physicist Wolfgang Pauli discovered the Pauli inhibition and won a Nobel Prize in 1945. April 26 1879- English physicist Owen Williams Richardson won a Nobel Prize in 1928. April 27 1896- Wallace Hume Carothers invented nylon.1903- Biochemist Hans Walter Kosterliz is best known as one of the key discoverers of endorphins.1791- Inventor  Samuel Finley Breece Morse  was born. April 28 1846- Swedish astronomer Johann E. Backlund discovered planets and asteroids.            1882- Italian industrialist Alberto Pirelli joined the family small rubber factory in Italy- the first of its kind- and was active in international affairs.   April 29 1893- Physicist Harold C. Urey discovered Deuterium and won a Nobel Prize in 1934. April 30 1777- Carl Friedrich Gauss is considered the worlds greatest mathematician.

Saturday, October 19, 2019

Post-Compulsory Education Essay Example | Topics and Well Written Essays - 3250 words

Post-Compulsory Education - Essay Example It was the emphasis upon further education providing a preparation for jobs which underpinned the new vocationalism of the 1980s. However, in more recent years, the provision of a 'vocational education' has come to be recognised as a more complex matter than that of simply training students in job-specific skills. While it is true to say that General, Liberal and Social Studies appendages to post -war vocational courses were an attempt to provide students with a wider educational base to their studies, it was the BTEC curriculum introduced from the early 1980s which took the first significant steps towards a preparation for work within a broader concept of vocational education. The development of TVEI as an enhancement curriculum, of generic and core skills, and of modular course structures such as GNVQ can be seen as further evidence of some general shift towards a broader, re-focused vocationalism. The reasons behind these shifts are themselves interesting and result from analyses of the changing needs of the economy, the labour market and, in particular, the nature of work. Post -Fordist and other analyses of current and prospective transformations in Western societies have stressed a requirement for some form of 'flexible' knowledge worker within collaborative, hightrust, high-skill, work relations (Brown and Lauder, 1991) and it is with some, albeit hasty and superficial, appreciation of these requirements that curriculum development has been stimulated. I say hasty and superficial because, a high degree of uncertainty still surrounds the extent of, the directions of, and the full implications of the developments anticipated in the post -Fordist analysis. Indeed, evidence of the anticipated flatter, leaner, hierarchies is not in great abundance, at least in Britain. Moreover, the surface features of post -Fordism are largely indistinguishable from those of the 'enterprise c ulture' and, where curriculum developments do not address fundamental differences between the two, their unresolved contradictions are carried forward into course planning. 'Student-centred learning', 'autonomy', 'entitlement', 'empowerment', 'democracy' and 'citizenship', which figure prominently in recent curriculum developments, are examples of concepts in popular use in post-compulsory education whose rhetorical value is their power to legitimise and compel common assent to curriculum innovations but whose more sinister function is to obscure the need for critical examination of those innovations (Avis, 1993:13-14). Nonetheless, many of the reforms to have taken place in post-compulsory education since the early 1990s, despite the problematic nature of their underlying evidence and logic, reflect a clear and visible attempt to shift from a narrowly focused 'preparation for work' towards some notion of preparation 'for life', 'for citizenship', 'for multi-skilled work' and 'for collaborative work relationships'. While the effects of such shifts are most evident in full-time vocational courses, and to some extent in A-level programmes, they have received little or no recognition in NVQ levels 1, 2 and 3. Consequently, the once clear purpose of vocational education has become bifurcated into 'vocational education' based in some broader concepts of vocation and preparation and 'occupational training' whose primary concern is to equip learners with skills for jobs. We can say that

Friday, October 18, 2019

Affirmative Action Research Paper Example | Topics and Well Written Essays - 1500 words

Affirmative Action - Research Paper Example hold 69 % of white-collar positions, only 10 % of them are in the management position; in the private business sector, employees of Asian origin make up 87% of its professionals but only 1.3% of them are in the management position; generally, the ratio for employees holding white-collar positions in the US is 3 out of 7 employees, but for Blacks it is 1 of 7; Blacks get 50 % of menial jobs in the US such as garbage collectors and maids, and only 4% of managerial positions (Taylor 1991, National Center for Education Statistics 1990, Schwartz 1984, Vetter 1989, and Pave 1986, quoted in Beauchamp 1997, 216). While the US prides its self to be the epitome of freedom and equality with civil liberties deeply engraved in its constitution, data above clearly contradict this claim. Aiming to correct past mistakes and to pursue fairness and equality by taking legal measures against racial, religious and ethnic discrimination in employment (in the years to come, gender discrimination was also included) President John F. Kennedy, barely two months after assuming office, issued Executive Order 10925 on March 6, 1961 creating his Committee on Equal Employment Opportunity charged to take affirmative action that ensures the federal government and its contractors observe equal employment opportunity for all qualified persons in the government. This consequentially has institutionalized the US government’s commitment to affirmative action (Cohen 2003,12). President Kennedy’s Executive Order introducing affirmative action to the consciousness of the American people was followed by succeed ing Acts further institutionalizing affirmative action: The Civil Rights Act signed on July 2, 1964 and Executive Order 11246 issued on September 24, 1965 both by President Lyndon Johnson; and The Philadelphia Order initiated by President Richard Nixon in 1969 (Brunner 2007, 1). Thus, affirmative action has come to mean â€Å"positive steps taken to increase the representation of women and

How official sponsors have been affected by the activities of ambush Essay

How official sponsors have been affected by the activities of ambush - Essay Example This research will begin with the definition of ambush marketing. Crimmins and Horn define ambush marketing as the act in which a corporation takes advantage of a well known event like FIVA tournaments in football to popularize itself without an official permit from the concerned party. It is considered to be a form of marketing strategy in which one of the many competing companies associates itself with a particular sporting event, without paying the required fee. The company associates itself directly with the event and it’s participants without an official permit, creating an unfair competition with the official sponsors. The aim of the ambush marketing is to popularize their company by influencing fans to buy their products. They only associate themselves to the event but do not use trademarks of the third party while only suggesting a close connection to the event by creatively alluding themselves to that event. Generally, ambush marketing can be demonstrated in one of th e following ways such as through sponsorship of the event’s broadcasting. Lyberger and McCarthy concurs that this will work to their advantage since it will popularize itself among the fans through the televisions covering the event. Secondly, the ambush marketer might also sponsor the event’s subcategories and hence boosting their association through a cost-effective method. Another strategy ambush marketers employ is to buy time to advertise themselves during their competitors’ event. Furthermore they can as well organize for similar but non-sponsored events to run co-currently with the event. Finally, the ambush marketers can opt to buy licenses allowing them to sell their products during the event or offer unsanctioned tickets and hospitality packages to fans of the event. This paper discusses a case study of ambush marketing in India. Case Study Vikrant (2003, p.34) examines India as one of the many countries which have been affected by the activities of th e ambush marketers during the 2003 Cricket World cup. One of the cases was triggered by a promotion dubbed Phillips, which was offering Cricket World Cup tickets as prizes. The slogans that were used during the promotion indicated the name â€Å"Philips† and they urged interested candidates to buy an audio system from Philips and get one cricket world cup ticket (O’Sullivan and Murphy, 2000, p.366). In addition, the tickets indicated a seating place for someone and the entry number at the gate. This incidence caused a lot of suspicion since the Philips Sponsor had no official recognition among the sponsors of the event. Lyberger and McCarthy (2001, p. 134) explains that during that year the International Cricket Council (ICC) had signed official agreements with nine sponsors who were officially recognized. It came to the attention of the council that the sponsor calling itself Philips was not among the nine sponsors. Consequently, the council presented claims that the Philips Sponsor was trespassing and offering unfair competition to the recognized official sponsors. The sponsors of Phillips were an ambushing marketer and the council filed a suit restraining the sponsor from associating its advertisements to the world tournament (Vikrant, 2003, p. 38). However, this was a belated afterthought as the ambush had already caused a lot of damage to the official sponsors and stopping the adverts could not reverse its gains to Phillips. Matters were further complicated by the fact that a case presented to an Indian court by the council was dismissed on grounds that the information contained in the Philips Slogan was just a form of advertisement (Natal, p. 2003). According to the court, Philips was just looking for a way to attract many people to buy their products, which doesn’t amount to an infringement. It interpreted the information in the slogan as any person purchasing goods form Philips would be awarded a prize, only that the prize was the