Culturally Responsive Teaching in American Education Research Paper

Culturally Responsive Teaching in American Education - Research Paper Example Culturally responsive teaching is particularly important in the case of the USA. People from different backgrounds characterize the USA. Therefore, the students in a particular state experience a different culture from the student from a different state. The education in the different states is based on the culture of the region. The society in the USA is multi-racial with the intrusion of people from different countries. (Culture, n.d.). The presence of different races in society with their different backgrounds and culture has led to the importance of the culturally responsive teaching in the USA. The paper will deal with the importance of the culturally responsive teaching in the context of the USA. The modern world has been characterized by the globalization of the economy. The countries have come closer with the closeness in the economy and it is common nowadays to experience society as a multi-cultured one. People from a country moves to the other countries to integrate into the society. The people from the other countries bring some distinctive cultural traits with them, which become part of the society. The USA has become one of the most developed economies of the world. The development of the economy in the country attracted people across the world. They went to the USA to be part of the development and make them economically stable. The economy of USA offered an opportunity for all people in the world. The society of the USA has grown to become one of the most multicultural societies in the world with the influx of people from all over the world. The population of USA consists of people from different ethnic backgrounds. The Native Americans and the Alaskans are perhaps the oldest community in the country. Blacks are the descendants of the people from Africa. Many of the Blacks in the modern days came to the country in the days of slavery and the openness of the society and the economic development of the country convinced them to stay in the USA. The Black population in the country is projected to rise in the coming years.

The Mixing of Cultures Essay Example for Free

The Mixing of Cultures Essay Pepee,Joseph, The White Women of Genesee. The World Turned Upside Down. Boston: Bedford, 1994. Occum,Sampson, A Short Narrative of My Life. The World Turned Upside Down. Boston: Bedford, 1994 The World Turned Upside Down Chapt. 2. Boston: Bedford, 1994. In early America as the Europeans began to colonize the land, most Europeans did not think too kindly of these very different brown people that already inhabited this space. The European thought leaned greatly towards the idea of the Native Indians being of a barbaric and heathenness culture that must be changed (converted and educated) or eliminated, however, the exchange of culture frequently went both ways and sometimes those very differences in culture proved to be a great seduction to the non-Indian people. Some European immigrants found a great appeal to the Indian way of life by embracing the Native American way of; speaking, eating, dressing, hunting, farming etc. Others went on their own free will to go live with the Indians. Marrying and adopting outsiders was customary to some Indian traditions and with the rise of neighbors that were not Indian, the natives sought to intermarry due to population losses. Children from these marriages often became mediators in dealings between the European and Indian cultures. The story of Mary Jemison reflects that mixing of cultures and the affinity that can develop to the Native way of life. She was taken captive by the Indians at fifteen years old then adopted into a loving Indian family. As the years went by she adapted and grew to love her Indian family and friends. She married an Indian and considered herself one of them. Mary Jemison was one of many captives who eventually refused the opportunity to come home, finding life in Indian society more rewarding. Many people- then and today- have an attraction to the Indian culture for the very differences that the Europeans sought to destroy them. Those differences seemingly so unique and different from our culture; and though the European culture from a distance won the battle of incorporating their way of life into a new nation and an eventual political superpower, the native culture did leave a humble cogitation on America as it emerged.

George Washington Carver :: essays research papers fc

Carver was born a slave in Missouri. Although is exact birth date is unknown it has been narrowed down to July 12, 1861. Carver was only an infant when his dad was killed an he, his brother and mother were kidnapped. He was then orphaned and Moses Carver, his owner, bought George back in exchange for a horse. The horses value was estimated at 300 dollars. Carvers first schooling took place in a single room school house for black children. After regular schooling, he enrolled at Highland University. He had the grade but due to the fact that he was black he was denied. He then enrolled at Simpson College in Iowa where he worked as a cook to pay of his tuition. Carver wander to be an artist and he also showed promise as a painter. His art teacher steered him away from art and encouraged him to enroll at State Agricultural College in Ames. There he earned his bachelors degree. He then went to the Ames Experiment Station where he was employed by Louis Pammel. In 1896, Carver went to Tuskegee Institute to lead the newly established department of agriculture. For the rest of his life, Carver put together a laboratory, made useless and over-farmed land farmable, and continued research. Much of the land in the South had been over-farmed. All of the soil's nutrients had been depleted by the cotton and tobacco plant. Carver improved soil with his own blend of fertilizers. He also advised farmers to plant peanuts and sweet potatoes, he told them this would help the soil. So many farmers did this and were stuck with peanuts and sweet potatoes. So he made over 300 bi-products from plants such as cereal, oils, dyes, and soaps. In addition, Carver developed a "school on wheels" to teach farmers from Alabama the essentials for soil enrichment. Carver had experimented with various types of fertilizers. He grew huge vegetables with these fertilizers. He also crossed a long stalk and a short stalk of cotton to produce a new plant known as Carvers Hybrid. Carvers many achievements made him easily promotable to high salary jobs but he refused a raise and he stayed with the 1500 dollar annual salary he started with during his first year of employment.

A person I would like to become

Everybody goes about life being whatever he is or doing whatever he is supposed to be, but in the heart of hearts, everyone has a longing – a longing to be someone else other than being himself. ‘What do you want to be’ is an often-asked question. If I were to be asked whom I want to be, at least for as brief a time as one day, my answer would be Mother Teresa. Mother Teresa’s life is what I would call a perfect life. To leave one’s own country and people and go to a totally alien county at a tender age to serve the underprivileged people requires tremendous strength and faith. Mother Teresa was an embodiment of purity, love, and selflessness. Mother Teresa, as everyone knows, had to endure a lot of tribulations because she started from absolutely nothing.   Yet her love and compassion for the poor and neglected made her stick to her task. Nobody can imagine the strength and determination housed in the fragile body. She was a blessed soul with a vision, and it was her faith in God and humanity that kept her going ahead with her noble task. It is a boon to even know her. So, if there is one person who I would want to be, then without any doubt, it would be Mother Teresa. Even at the peak of her popularity, Mother Teresa was simple and modest.   That a person can still be so simple in the midst of all the popularity baffles me. Her life had a purpose.   Mother Teresa has made the lives of countless people worth living.   Known also as â€Å"Saint of the Gutters,† Mother Teresa started an order of nuns, the Missionaries of Charity in Calcutta and the strength grew from 12 sisters to over 3000 in just 50 years. To see God in all His creation, especially the poor, the underprivileged, the neglected, is something very rare, and it is this rarity in her which inspired me all the more, and I would embrace any opportunity to be Mother Teresa, at least for a brief   period. Reference The Mother Teresa of Calcutta Memorial page, [Electronic Version] Retrieved on June 4, 2005, from http://www.catholic.net                                    

History of biomaterials

Earlier surgical procedures, whether they Involved bimetallism or not, were generally unsuccessful as a result of infection Bimetallism, Joyce Y Wong and Joseph D Brannon (Deeds), CRY press, Boca Orator, FL, 2007 3 asses: Bone plates were Introduced to lad In the fixation of long-bone fractures. Many of these early plates broke as a result of unsophisticated mechanical design; they were too thin and had stress-concentrating corners.Also, materials such as indium steel, which was chosen for its good mechanical properties corroded rapidly in the body and caused adverse effects on the healing processes asses: Stainless steels and cobalt chromium alloys were introduced and great success was achieved In fracture fixation, and soon Joint replacement surgeries were Bimetallism, Joyce Y Wong and Joseph D Bronzing (Deeds), CRY Press, Boca Orator, FL, 4 MAMA asses: During the World War II, it was found that pilots injured by fragments of plastic MAMA (polymath matriculate) aircraft canopy did not suffer adverse chronic reactions from the presence of the fragments in the body.MAMA became ideal used after that time for corneal replacement and for replacements of sections of damaged skull bones 1950-asses: Following further advances in materials and in surgical technique, blood vessel replacements were tried in asses and heart valve replacements and cemented Joint replacements in asses 5 Year Investigators Late 18-19th century Development Metal devices to fix bone fractures; wires and century pins from Fee, Au, Gag, and Opt 1860-1870 J. Leister Aseptic surgical techniques 1886 H.Huntsman 1893-1912 W. A. Lane Steel screws and plates (Lane fracture plate) 1912 W. D. Sherman Vanadium steel plates, first developed or medical use; lesser stress concentration and corrosion (Sherman 1924 A. A. Zeroed Introduced [email  protected] (Corm alloy) 1926 M. Z. Lange Introduced 18-cosmos stainless steel, better than 18-8 stainless steel 6 Used carpenter's screw for femoral neck fracture 1931 M. N. Smithereens First femoral neck fracture fixation device made of stainless steel 1936 C.S. Venerable, W. G. Stuck Introduced [email  protected] (19-9 stainless steel), later changed the material to Coir alloys 1938 P. Wiles First total hip replacement prosthesis 1939 J. C. Burch Introduced tantalum (Ta) ASSES M. J. Doreen, A. Franchisee First used replacement 1946 J. And R. Jude First phonemically designed femoral head replacement prosthesis. First plastics (MAMA) used acrylics (MAMA) corneal 7 1947 J. Cotton Introduced It and its alloys 1952 A.A leaflet in heart valve must flex 60 timer per minutes without tearing for the life time of a patient (10 years or more) 0 Bulk physical properties: The dialysis membrane has a specified permeability, the reticular cup of the hip Joint has a lubricity, and the intraocular lens has clarity and refraction requirements 13 Absorbability 0 Absorbability is the ability of a material to perform with an appropriate host response in a sp ecific application (Williams, 1987) 0 Thus, absorbability is the acceptance of a material by the surrounding tissues ND by the body as a whole. A objectionable material should not do exhibit following characteristics: (1) irritate the surrounding structures (2) provoke an abnormal inflammatory response (3) incite allergic or immunologic reactions (4) cause cancer 14 15 Performance of bimetallism the material properties, design, and absorbability of the material used, as well as other factors not under the control of the engineer, including the technique used by the surgeon, the health and condition of the patient, and the activities of the patient.If we can assign a numerical value f to the probability of allure of an implant, then the reliability can be expressed as r=l -f If, as is usually the case, there are multiple modes of failure, the total reliability art is given by the product of the individual reliabilities RL =(1 -FL),etc. Art=RL re 16 Inert and evocative bimetallism 0 I nitially (asses-asses) the bimetallic designed were inert (not reactive with the body) to decrease the potential for negative immune response to the implant 0 Later (asses), the concept of inert bimetallic was replaced with that of evocative bimetallism. The evocative material interact with the body in a positive manner to remote localized healing Bimetallism – The Intersection of Biology and Materials Science,AS Tenement and GAG Mikes, Prentice Hall, 2009 17 Hard and Soft tissue replacement bimetallism 0 Bimetallism scientists must have an appreciation of material science.A wide range of materials are routinely used and no researcher will be comfortable in synthesizing and designing with all these materials and therefore specialization is the rule 0 There is tendency to group bimetallism into hard tissue replacement bimetallism (metals, ceramics for use in orthopedic and dental materials) and soft tissue placement bimetallism (polymers) for cardiovascular and general plastic surgery 0 Division is arbitrary though 18 Market perspectives (2008) 0 Mostly used devices are replacement heart valves, synthetic vascular grafts, hip and knee replacement, heart lung machine, renal dialysis equipment, and bone and dental implants 0 About 100,000 replacement heart valves; 300,000 vascular grafts; and 500,000 artificial Joint replacements are carried out in the United States every year 19 Do it yourself? 0 Assume that a bone implant (bone plate) leads to calcification. Will you consider it an appropriate or inappropriate host response? 20

The History of the Soda Fountain

The History of the Soda Fountain In the early 20th century and until the 1960s, it was common for small-town residents and big-city dwellers to enjoy carbonated beverages at local soda fountains and ice cream saloons. Often housed together with apothecaries, the ornate, baroque soda fountain counter served as a meeting place for people of all ages and became especially popular as a legal place to gather during Prohibition. By the 1920s, just about every apothecary had a soda fountain. Soda Fountain Manufacturers Some soda fountains back in the day were the Transcendent, which had miniature Greek statues on top of them and four spigots and a cupola topped with stars. Then there was the Puffer Commonwealth, which had more spigots and was more statuesque. The four most successful manufacturers of soda fountains - Tuft’s Arctic Soda Fountain, A.D. Puffer and Sons of Boston, John Matthews and Charles Lippincott - created  a monopoly of the soda fountain manufacturing business  by combining to form the American Soda Fountain Company in 1891. A Little History The term soda water was first coined in 1798, and in  1810 the first U.S. patent was issued for the mass manufacture of imitation mineral waters to inventors Simons and Rundell of Charleston, South Carolina. The soda fountain patent was first granted to Samuel Fahnestock in 1819. He had invented a  barrel-shaped with a pump and spigot to dispense  carbonated water, and the device was meant to be kept under a counter or hidden. In 1832 John Matthews  invented a design that would make artificially carbonating water more cost-effective. His machine - a metal-lined chamber where sulphuric acid and calcium carbonate were mixed to make carbon dioxide - artificially carbonated waters at a quantity that could be sold to drugstores or street vendors. Gustavus D.  Dows invented and operated the first marble soda fountain and ice shaver, which he patented in 1863. It was housed in a miniature cottage and was functional, and made of eye-pleasing white Italian marble, onyx and glistening brass with large mirrors. The New York Times wrote that Mr. Dows was the  first to create a fountain that looked like a Doric temple. James Tufts patented a soda fountain in 1883  that he called the Arctic Soda Apparatus. Tufts went on to become a huge soda fountain manufacturer and sold more soda fountains than all of his competitors combined. In 1903 a revolution in soda fountain design took place with the front-service fountain patented by Haeusser Heisinger. Soda Fountains Today The popularity of soda fountains collapsed in the 1970s  with the introduction of fast foods, commercial ice cream, bottled  soft drinks, and restaurants. Today, the  soda fountain is nothing other than a small,  self-serve soft drink dispenser. Old-fashioned soda fountain parlors within apothecaries - where druggists would serve syrup and chilled, carbonated soda water - are most likely found in museums nowadays.

Pythagorean Theorm Essays - Triangles, Triangle Geometry

Pythagorean Theorm Essays - Triangles, Triangle Geometry Pythagorean Theorm The Pythagorean Theorem is a geometrical expression used often in math and physics. It used to 2 2 2 find the unknown side of a right triangle. The exponential form of this theorem a + b = c . That is the equation you use when you are looking for the unknown side of a right triangle, and it is what Ill demonstrate on the attached exhibit. The upside down capital L in the bottom of the left hand corner indicates that sides A & B are the legs of the triangle. Since we know side A = 5 inches and B = 3 inches we may fill that in to 2 2 2 or equation for step one. (1) 5 + 3 = c What the theorem will help us find is the c side of this triangle. 2. 25 + 9 = c All we do is distribute 5 to the second power and 3 to the second power as seen is step two. Next, we add these two numbers together to get 34, 25+9=34, in step three. 3. 25+9=34 Then, in step four we find the square root of 34. 4. 34 In step five we see that 5.83 is the unknown side of the right triangle. 5. c= 5.83 We found this answer by using the Pythagorean Theorem as taught in geometrical form. This theorem may also be summed up by saying that the area of the square on the hypotenuse, or opposite side of the right angle, of a right triangle is equal to sum of the areas of the squared on the legs. The Pythagorean Theorem was a studied by many people and groups. One of those people being Euclid. Sometimes the Pythagorean Theorem is also referred to as the 47th Problem of Euclid. It is called this because it is included by Euclid in a book of numbered geometric problems. In the problem Euclid studied he would always use 3, 4, and 5 as the sides of the right triangle. He did this because 5 x 5 = 3 x 3 + 4 x 4. The angle opposite the side of the legs was the right angle, it had a length of 5. The 3:4:5 in the right triangle was known as a Pythagorean triple or a three digits that could be put in a right triangle successfully. These three numbers were also whole numbers and were used in the Egyptian string trick, which I will talk about later. This Pythagorean triple, 3:4:5, are the smallest integer series to have been formed, and the only consecutive numbers in that group that is important. These numbers can be, and often were, studied from a philosophical stand point. The symbolic meanings of the 3:4:5 triple told by modern writers such as Manly P. Hall say 3 stands for spirit, 4 stands for matter, and 5 stands for man. Using Halls study the symbolism of this arrangement is as follows: Matter (4) lays upon the plane of Earth and Spirit (3) reaches up to the Heaven and they are connected by Man (5) who takes in both qualities. A process similar to that of Euclid's 47th Problem was the Egyptian string trick. Egyptians were said to have invented the word geometry (geo = earth, metry = measuring.) The Egyptians used the 3:4:5 right triangle to create right triangles when measuring there fields after the Nile floods washed out there old boundary markers. The Egyptians used the same theory of Euclid, 5 x 5 = 3 x 3 + 4 x 4, to get there boundaries marked correctly. Although Euclid and the Ancient Egyptians studied the theorem, the true inventor of it ( or the person most people believed invented it first ) was Pythagoras of Samos and his group the Pythagoreans. Pythagoras was a man born in 580 B.C. on the island of Samos, in the Aegean Sea. It is said Pythagoras was a man that spent his life traveling the world in search of wisdom. This search for wisdom led him to settle in Corona, a Greek colony in southern Italy, in about 530 B.C. Here Pythagoras gained famous status for his group known as the Brotherhood of Pythagoreans. This group devoted there lives