Evaluation of Collaborative Care by CL Assignment

Evaluation of Collaborative Care by CL - Assignment Example CL notes that postmenopausal women, particularly with hormone-positive tumors, do better with third-generation aromatase inhibitors (AI), such as Arimidex ® (anastrozole), rather than tamoxifen. Ovarian suppression would not be done in this case, although if a patient had a family history of ovarian cancer, then an Oophorectomy would be strongly suggested (John Hopkins, 2014b). It is also important to note that tamoxifen would be prescribed if the postmenopausal patient had early-stage non-invasive breast cancer (DCIS), in order to prevent breast cancer occurring in the unaffected breast. Therefore, it is very important to note the two groups of women and why they are prescribed different drugs, and not just from the side effects.   It is clear from CL’s plan outline that the program specifically refers to postmenopausal women with either ER or PR-positive receptor breast cancers who are undergoing endocrine therapy and that this will be a pilot program, along with a research outlook. The plan outlines obtaining a suitable group of participants, the requirement of key stakeholders, finding a suitable time frame to obtain enough data and results, and also determining a meaningful data collection tools. The only component missing is a mention of where funding will be obtained.   The patient is the focal point of the research and pilot program and therefore, as CL notes, other key stakeholders are the Cardiac Nurse, Dietician, Medical Social Worker, Occupational and Physical Therapists. Yet, the hospital and clinic leadership group, which includes the CEO or President, the Director of Nurses, and the head of Quality Control or Enhancement in the facility, must be the first step of engagement, along with the Financial Officer, who will oversee expenditures (Melnyk & Fineout-Overholt, 2011).

Adopting Children by Same Sex Parent Essay Example for Free

Adopting Children by Same Sex Parent Essay People in society say that everyone is equal, they have equal right and freedom. However in case of adopting children, people believe that same sex parents are abnormal to adopting children. Some people in society against them to adopting but there are many same sex couples who are seeking to adopt children. The researcher of homosexuality found that many people still do not reveal their sexual orientation to others. Also, same sex couples are not acceptable from some people in society, according to www. gay-adoption. s. On the contrast, some people believe that same sex adoption is normal and it should be acceptable, according to the right human campaign, a national gay and lesbian advocacy group. Although there are many people against same sex couple to adopting children, same sex couples should be allowed to adopt children because they have equal rights and they can be good parents for a child who lacks love and home. Moreover, children in the United State of America and many countries around the world are waiting for adoption. There are about 520,000 children in welfare, according to the North American Council on Adoptable Children in St. Paul. In addition there have 120,000 are available for adoption, but only 50,000 find permanent homes each year. However, although same sex couples want to adopt children, they are against by heterosexual parents for several reasons including it is unnatural to allowed same sex to be a parent, same sex parents cannot give stability to children and most people believed that only heterosexual parents can be good parents. Firstly, it is unnatural to allow homosexual couples to be a parent. They cannot be good parents. Also, it is not safe for children to live with same sex parents. The best environment for well-being of children is a household with a mother and father because children should have a role model. Adopting by same sex parents can effects to children. For instance, children who is raised in a homosexual household are significantly more likely to be homosexual themselves because they have only one role model in one gender, and get involved in homosexual behavior than children raised in heterosexual households, according to a research in the US (University of Illinois Law Review, 1997). In a study published in the January 1996 issue of Developmental Psychology, London researchers Susan Golombok and Fiona Tasker found that it danger for children that live with same sex parents. However, the sexual orientation of parents has no influence on the sexual orientation of their children and that children of lesbian and same sex parents are not more likely than any other children to grow up to be homosexual, according to Children of gay fathers, Gay and Lesbian Parents (p. 9-57) In addition, children can manage their life to be what they want to be by themselves, however they are raised by homosexual parents but it is not determine that they may have the same behavior as their same sex parents. Moreover, same sex parents can give a responsibility and love to children as well as a heterosexual because they are a human who can teach and give love to a child. As such, it would be wrong to deny same sex parents to adopt children. Also, good parenting is not controlled by sexual orientation, same sex parents can support children and give love to them that show they can be a good parent same as a heterosexual. Secondly, the reason why people believe same sex parents should not be allowed to adopt is stability, so it is important in raising an emotionally and mentally healthy child. The way to children grow up happily may need a role model, so children need a role model of both genders that are male and female in order to develop a properly. If children raise in homosexual household, it influence to children will lacks information of other gender. Children’s primary role models are his or her parents that cause bringing a heterosexual up in a homosexual household can gives children a misrepresented view of sexuality. Homosexual couples simply cannot give the stability that heterosexual parents can give to children. Although most people believe that bringing a heterosexual child up by same sex parents give them a distorted view of sexuality, some babies are born with a predisposition to homosexuality and their upbringing will not affect their sexuality. Almost of homosexuals couples do not want to force children to be homosexual like them. According to Major associations of mental health professionals in the United stated of America, same sex parents are not an unfit and capable as heterosexual parents that they lead children are as happily, healthy and well adjusted as a child who is raised by heterosexual parents. In addition, a studies shows that children raised by single heterosexual parents have more difficulties than children who have same sex parents. Moreover the study shows that children did better in moderation, self-esteem, and had less psychosocial difficulties at home and at school, according to the study of Same-Sex Parents Raise Well-Adjusted Kids. The last reason is widely agreed that only heterosexual parents can be a good parent and they are appropriate to give love, warm, and home to children. Children should have opportunities to thrive in heterosexual parents with a mother and father based family. Heterosexual parents are the best because a child should be raised in loving, well-disciplined homes where children have good role models from their heterosexual parents, also avoiding children grow up to be a homosexual, according to study of gender identity disorder and psychosexual problems in children and adolescents. In addition, avoiding from criminal because homosexuals are more likely to molest children, such as rape them. It is danger to children’s life and causes many troubles to society. However, there are about 500,000 children in welfare nationally in the United state and about 100,000 children need to be adopted. So it is shows thousands of children lacks a permanent home and lacks love from parents, according to the statistics of the study of critical shortage of adoptive and foster parents in the United States. If they are only allowed heterosexual parents in adoption, the child who lives in foster care will lacks family and as in Florida more than 2,000 children in welfare are waiting for adoption according to the state of Florida’s statistics. In addition, there are not enough heterosexual parents who are interested in adoption and foster care. There are some arguments of adopting children by same sex parents because most people feel that only traditional homes with a father and a mother are appropriate and have equal right as heterosexual parents to adopt children, according to issue about facts on gay adoption. However, society is change that leads everyone has equal rights. Therefore same sex parents are human being who should be allowed to adopt children. All people should have equal rights because the child in same sex family appear to be normal, and also same sex parents are not appear to harm child, according to Homosexuality and Family Relations. If homosexual parents can support their children, same sex couples can be as good parents as heterosexual parents. As such, same sex parents are the same as other people who can support children, such as, they give love to children, pay taxes, go to work. It shows that being homosexual is not a mental disorder. In addition, nowadays there are thousands children have no permanent homes, and they are waiting for adoption. It is shows that same sex parents are one of those who help children to have love and home. Therefore, people should not determine only about sexuality of those who want to adopt children. As Mary Bonauto of Boston-based same sex couples Avocates and defenders said that, â€Å" Sexual orientation is not the issue, ability of parent is issue. †

Copper: Structure, Functions and Chemistry

Copper: Structure, Functions and Chemistry COPPER (I) Copper has played a significant role in the history of human civilization, he was the first metal produced on a larger scale and used for practical purposes. Copper has been used by humans since ancient times, in the oldest antiquity and almost certainly soon after gold and argint. Archeologists discovered objects of this metal dating from 8700 BC, the occurrence of copper, much tougher and cheaper than gold and argint, expand the uses and the manufacture of weapons and various utensils (especially plows), thus making a significant jump in history: the transition from the Stone Age to the Bronze Age. Copper is one of the chemical elements of the base, a metal which pure has orange-red color and has a high electrical and thermal conductivity. Distinctive color of the copper, reddish, has made as first people to use him in creating jewelry and tools. Currently it is used to create a variety of products (cables, cooking pots and pans, tubes and pipes, car radiators, etc..), and pigm ent and preservative for paper, paint, textile and wood. Can also be used in various combinations, with zinc produce brass and with tin produces bronze . In the Earths crust, copper reserves are estimated to be about 70 parts per million, which puts them among the top four of the Earth reserves. Copper is found in its natural state, but most are in the mineral reserves, of which the most important are chalcopyrite and bornite. From the point of view of the spread in nature, copper may be found either in the native form (pure or bonded) or be in the form of compounds or minerals. After existing information, the copper was discovered in the year 6000 BC, by a people living in Turkestan or on the southern slope of the Caucasus. From here emerged in Mesopotamia, Egypt, Crete and eventually in Europe. Judging after the old copper objects found, it can be said that this metal has emerged in Egypt 5,000 years BC and then, after a millennium, in the region between the Tigris and Euphrates, where the Sumerian civilization developed. In Egypt, on the pharaoh time Turmes, the copper was exploited in Sinai Peninsula and was known as Komt. Copper ores used by ancient peoples came from Asia Minor and the Cypru. Also, the great philosopher of antiquity, Aristotle (330 BC) wrote that in India there is a kind of copper that can not distinguish gold than by weight (it been easier). The first large deposits of copper ore were discovered about 3000 BC, in the island of Cyprus in the Mediterranean.There is evidence that the Greeks and then the Romans extracted copper from Cyprus (since 1500 BC). When the Romans conquered Cyprus, the Romans brought copper almost entirely from Cyprus, so they called him, Cyprium, metal of Cyprus, then shortened to cyprium and later at cuprum. In South America, the findings showed that there were copper objects from 500 BC along the north coast of Peru. A development in copper processing was done when the Inca empire fell, it being conquered by the Spanish in the 1500s. Regarding the United States, the first copper mine is known in Connecticut (Branby) in 1705, followed by Pennsylvania (Lancaster) in 1732. However, production of copper objects was based on copper imported from Chile until 1844, when were discovered large deposits of copper ore, high quality, around Lake Superior. With the development of techniques for processing by the late 1800s, began exploiting the copper ore lower quality in large mines open in the western United States. The biggest piece of elemental copper found in nature weighed 420 tonnes and was found in 1857 in the Keweenaw Peninsula of Michigan, USA. Copper-containing minerals, such as chalcopyrite, Azurite, malachite, copper is present in the earths crust at a concentration of 50 parts per million, and constituted 0.01% of the. Most of copper removed from the mine is in the form of compounds such as sulfides or sulfates. Today, copper ores (copper sulfides, oxides and carbonates) are found in the USA and Canada, as well as several other places (in more than 50 nations). Should be noted, however, about half of the amount of copper in the world comes dinChile and the United States. New Mexico, Nevada, and Montana are states that give the largest amount of copper (about 98 percent) in the United States. World production of copper is about 12 million tons per year and the reserves are about 300 million tons, and is projected to be only for another 25 years. Strongest copper manufacturers, top two are United States and Chile, followed by Canada, Peru, Australia, Russia, China and Indonesia. About 2 million tons of copper per year are recovered through recycling process. With 2000 years BC, the copper was used only in the manufacture of bronze, and later on making some ornaments and copper combinations of coloring glass in blue (used as a precious stone, rings, brooches and so on). Objects of copper with the greatest seniority were found in areas with historical significance, eg Chaldea, Egypt, Assyria, Phoenicia and America. Thus the oldest objects found in northern Iraq, beads native copper (nuggets), dating from about 9000 BC, and various tools for processing of copper, made in about 5000 BC. In the New World copper objects were used by Native Americans as early as 2000 BC. In China was used to create bells. Later, the copper has been widely used in various alloys as bronze and brass (copper zinc) Èâ„ ¢i copper tin zinc. As bronze, was used to make cutlery, coins, tools, art and various bronze vessels. Copper alloys have been strong enough to be used in guns and cannons, and was known as †gun metal†. Homer wrote of weapons made of copper. Around the year 900 BCE, copper salts have been used for painting had expensive homes, being combined with clay and lime later. The alloy of copper and nickel (cupronickel) was the preferred metal for coins, bronze coins first appeared in Egypt, between 430-322 BC, and is now used this alloy for achieving U.S. coins. Because he was one of the main metals (together of gold and silver ), copper came to the attention of the alchemists, who called Venus, after the planet that regarded represented by copper. It is now widely used like bronze and brass in construction, truss building, roofing, heating and plumbing systems. Also, the copper is used heavily for electrical equipment (60%), almost every electrical device (electric clocks, stoves, portable CD players, and electricity transmission wires) is based on copper, because it has a high electrical conductivity and cheap. It is well known that older telephone lines were made à ¢Ã¢â€š ¬Ã¢â‚¬ ¹Ãƒ ¢Ã¢â€š ¬Ã¢â‚¬ ¹of thick copper wire packages, computers have copper circuit boards. Some copper alloys are used as pesticide for insects and rodents. Also, Copper alloys are found used in a variety of compounds: battery fluid, in fireproof, fabric paints, food additives for farm animals; fireworks (bright emerald color); The copper alloys underpin the manufacture of ceramics and enamels, photographic film, the different pigments and marine paints, as well as metals conservation, water purification, and wood protection. Using copper compounds, can also be undertaken and semi precious stones, such as turquoise (vary in color from green to blue) and malachite. Physical properties are usually those that can be observed using our senses such as color, luster, freezing point, boiling point, melting point, density, hardness and odor. A disc of copper (99.95% pure) In its solid state, of metal, copper has with a face-centered cubic crystalline structure, and is reddish, this color is the main property after which differs from the other elements. Copper color reflects red and orange light and absorbs other frequencies in the visible spectrum, due to its band structure. The copper crystal (cubic, face-centered) is lacking the presence of polymorphism. Usually, most of the inorganic compounds and organic compounds of copper are blue in color, although some may be green or greenish. Very interesting are his properties,to form compounds by green color (carbonate, chloride, etc.), Black (oxide) or blue (sulfate and hydroxide). One of the disadvantages of copper is the phenomenon of Cocle (greening), which can be often observed on old vessels and coins. Together with osmium (blue) and gold (golden yellow), the copper is one of three elemental metals has natural color other than gray or silver. Pure copper is orange-red and acquires a reddish stain when exposed to air, and will be green later. Cooper has a high melting point (1083 °C), which cause limited use to the pure metal. It can easily combine with other metals: Zn, Sn and Ni, forming alloys: brass, bronze,constantan, with improved properties and low melting points. He has a shine or glow, and his boiling point is 2595 °C. Its density is 8.96 grams per cubic centimeter. Copper is a very soft metal with a hardness of 3 on the Mohs scale (50 scale Vickers), tensile strength stood at 210 MPa, but is quite resistant to breaking, and very ductile (can be drawn into wires) and can be molded at high pressure. Both copper and its alloys have a very high pliability (can be drawn in thin sheets), and are very easy to process. However, the ductility of copper is extremely favorable, thus being able to obtain very thin copper wire, called strands (they used in the past, fuses). It is malleable, ductile, and an extremely good conductor of both heat and electricity. It is softer than zinc and can be polished to a bright finish . Is similar to the thermal conductivity of silver (silver 1 to 0.93), and much higher than other common metals. Precisely because of this property, copper pipe is used to transfer heat. However, the conductivity of copper is decreased when cooper is impure; when cooper contain the impurities of 0.1% of elements such as phosphorus, arsenic, silicon or iron, the conductivity may lower even by 20%. Therefore, electrotechnics uses only pure copper electrolyte. Like all metals, if copper is plated with another metal, begin galvanic corrosion process. Chemical properties Atomic number of copper is 29, and is found in group 11 of the periodic table, together with silver and gold, and has symbol Cu. Relative atomic mass is 63.546. The valence of copper is essentially 1 or 2 (a rare form copper compounds and salts of oxidation state 1, and 2, which are commonly called cuprous or cupric salts), although less may be even 3 . It is found in Group 11, Period 4 of the periodic table. Copper isotope 6429Cu electronic shell electron, 29 protons and 35 neutrons in the nucleus. Thanks to its electronic structure, copper may transfer an electron located on the last layer, forming ion CuI. Who ion combinations are stable. Copper can give, besides the electron located on the last layer, another electron, which is on the penultimate layer, forming ions CuII Copper does not react with water, but reacted slowly with the ambient air, as a result of this reaction, the copper surface to form a green layer of oxidized copper. In contrast to the oxidation of iron in moist air, this oxide layer stops the corrosion; a layer of green verdigris (copper carbonate) can be seen on old copper constructions, such as the Statue of Liberty, the largest copper statue world. Most copper salts are hygroscopic. Copper presents magnetic conductivity. Isotopes Copper has 29 isotopes; two of them, 63Cu and 65Cu are stable, and isotope 63Cu represents 69% of all natural copper. The other isotopes 27 are unstable (radioactive); the most stable of the radioactive is 67 Cu with half-life by 61.83 hours. Seven other isotopes have been characterized; between radioactive isotopes, it remark 63Cu, which emit positive beta radiation, resulting the isotopes of nickel, while the 65Cu isotope, with beta negative radioactive emissions, has results zinc isotopes. It should be noted that although it is a metal, copper is an essential element of life. It is found in all tissues of the body, but most of the copper found in the liver, and small quantities are found in the brain, heart, kidney and muscle. As beneficial effects, copper helps the body to use iron in the blood, reducing free radicals actions on tissues. Consuming foods copper may also prevent certain diseases or disabilities, such as allergies, baldness, AIDS, leukemia, osteoporosis and stomach ulcers. With iron (another metal), the copper assists in the synthesis of red blood cells. But it must be noted that copper does not break down in the environment, so it can be accumulated by plants and animals. This means that where there is copper in large quantities, it can develop only a limited number of plants, which adversely affect the work of agricultural land according to soil acidity and the presence of organic matter. However, manure containing large copper, is still applied on fields farm. Also, copper negatively influence activity of microorganisms and earthworms, which implies a slow decomposition of organic matter. Cupric salts are very powerful poisons for algae and fungi. Therefore, impregnate wood sulphate or copper naphthenate, to avoid the mushrooms and sprinkled vineyards, against blight, with a solution of copper sulphate mixed with lime. Copper has played a significant role in the history of human civilization, it the first metal produced on a larger scale and used for practical purposes. Copper is, after iron, the metal most used. After ones set, we find that the copper is a very common substance that occurs naturally in the environment and people use extensively. Apply in industry and agriculture, which made as à ¢Ã¢â€š ¬Ã¢â‚¬ ¹Ãƒ ¢Ã¢â€š ¬Ã¢â‚¬ ¹copper production to increase over the last decades.

Intellectual Property, Copyright, Authorship, and Individuality in Music and Print Culture :: Intellectual Property Copyright Authorship

Intellectual Property, Copyright, Authorship, and Individuality in Music and Print Culture When the alphabet was invented, spoken epics could be converted into an abstract representation - writing. The experience of the spoken epic poem could be transformed into written format. Although books can be read aloud and therefore retain some similarity to the communal nature of the oral tradition, books can also be read silently in solitude, emphasizing the individual reader. Among the many functions that Roger Chartier has attributed to the figure of the author is not only the role of creator to the content, but also to appropriate ownership of that creation to whomever owns the property rights to that content (36). Copyright law protects the specific manifestations of ideas and facts, but not those ideas and facts themselves. When commemoration was no longer used to experience memory, individual authors came to be recognized as readers became less participatory in the process of getting meaning from the work. The author as creator became an individual who gave meanin g to an audience fragmented by the ability of the written word to separate its readers from one another. The author serves as a meeting point for individual readers to receive meaning, whereas in pre-literate times, this meaning would have been constructed by a the entire group in the immediacy of the performance. In terms of property ownership, one parallel in music was the development of an agreed upon system of notes, scales, and representations of musical sounds and timings. This musical alphabet was necessary to write down scores of music, whether the ancient Egyptian's "music of the spheres" or Beethoven's Ninth Symphony. It serves to organize noise into a format that is accepted as the creation of a musician. As Albert Borgmann writes, "The identity and integrity of a piece of music can be underwritten by a score only if there is a complete and authoritative score" (94). This means that a written account of a performed piece is only equal in validity to the performed piece if some amount of authority is granted the former. The composer/author of the piece serves as the source of this authority. However, if there is no score, the identity and integrity of the piece must lie in its performance. In this case, it is the performers of the actual song that constitute it's integrity, an d this has implications that undermine the functions of the author.

Diabetes (type 2): Prevention Program

Stage of Susceptibility:At this stage, the individual is predisposed to having diabetes mellitus due to some factors called the risk factors. These factors are: Family history of diabetics, i.e if any of the parent or of the lineage has diabetics before. B). overweight this is when the body mass index is more than or equal 25. C).habitual physical activity i.e. when an individual does not participate in any physical activity. D. Some forms are also predominant in some races. E). a person who has been previously identified as having impaired fasting glucose. F). Hypertension and history of gestational diabetes and individuals who has polycystic ovarian syndrome.Stage of Pre-symptomatic Disease:Diabetics mellitus does not have prolonged stage of prolong stage of pre-symptomatic. Since there are two major problems in type 2 DM, there is insulin resistance and there is pancreatic beta cell dysfunction. The beta cell dysfunction might be cause be many factor including autoimmune antibodie s directed on some antigen which will have reduce the number and effectiveness of the beta cell.Stage of Clinical Disease:When the diabetics is full blown common symptoms include polyuria (passing of excess urine both in the day and at night), polydipsia (drinking of excess water to compensate for the fluid been loss by the urinary system), obesity, easy fatigability. some patient will have in addition to theses nausea and vomiting, this is the stage that usually present in the hospitalStage of Disability:Diabetics’ type 2 mellitus if not treated early may cause some complication. These complications are divided into acute and chronic. The acute complication s are the effect which can result from excess glucose that is build up in the blood, this is called Diabetic Ketoacidosis (DKA) in which the excess glucose is converted to acetyl-coA and in the process form ketone bodies. The chronic complications are neuropathy, kidney damage, retinopathy, stroke, and leg ulcersPrimary P revention:The aim of primary treatment is to reduce the predisposing and risk factor of type 2 diabetes mellitus, this can be done through proper nutrition i.e. eating high fiber, low fat diet, low salt and alcohol intake, and having regular exercise. We ensure that some underline diseases are taking care of every time for instance hypertension.Secondary Prevention:Here the aim of the secondary prevention is to alleviate the symptoms, to normalize the glucose level in the body, and to prevent its complications. This is done by aggressively controlling the hypertension if the patient is hypertensive, giving diabetic diet, by the use of antihypertensive. Insulin can sometimes be given in type 2 but not in all cases, but since we know that there is insulin resistance we will give the patient drugs that will improve the resistance this include Sulphonyuras class of drugs.Tertiary Prevention:This is the treatment given when the disease has presented with complications. This is done by ri gidly monitoring the blood glucose within a close range so as to reduce the already develop complications. Some times operations are carried out on patient with retinopathy so as to correct the sight. In a patient with chronic leg ulcer, the best therapy is to amputate the gangrenous legs so that it will not deteriorate.

How To Basic

Put the pan on stand 2. Put the oil on the pan after that put the pepper 3. Wait,what will happen next. Reaction: -The pepper was added on the oil then a fire suddenly appeared on the bowl the potassium permanganate is an oxidant that added on brick fluid is a kind of fuel. Fuel and oxidant need to release energy in form of heat. Fire is The result of their combustion Experiment: 2 Monster Head ExperimentDry ice Martial and Pestle Rubber Balloon Funnel Bottle with Water Teaspoon 1 . Put The Dry ice on Mortal and pestle then bowdlerized it. 2. Get the balloon and put the funnel on a balloon 3. Put the two teaspoon of dry ice on the balloon,After that get the bottle with water and put the Balloon on the bottles 4. Put the opening of the balloon into the bottle mouth until the dry ice is consumed. Reaction: -The dry ice was put inside the balloon using funnel and the balloon was placed on the bottle filled with water.They let the ice went down and dissolved. A smoke released and the ba lloon became inflated. The Dry ice is a Frozen Carbon dioxide that's hay it is solid became gas and it is called sublimation. This gas is a carbon dioxide that helps the balloon to be inflate. Experiment : 3 Salt Smoke Bomb Wick Aluminum tray Salt peter Lighter Tong Procedure: 1 . Put the aluminum tray on the stand 2. Put one teaspoon of sugar and one teaspoon of salt peter and then mixed it. 3. Put the wick in the middle of aluminum tray. 4. Light up the wick.The salt peter and sugar with the ratio one is to one as put on an aluminum tray. The wick was put in the middle of it. They put a fire using lighter the smoke release the salt peter and sugar is a reason why oxidation occurred. Salt peter or potassium nitrate is a kind of oxide or chemical that attacks electrons. Sugar is a kind of reducer or chemical that gives electrons when the sugar and salt pepper lightened,the oxygen increased that's Hay the kind of mixtures change. The other molecules released with oxygen and this is t he smoke.Date:November 3, 2013 Experiment: 1 Levitate or Floating CD Materials CD Magnet CD Rack -Theses in The rack are not together because of the magnet placed under the CD. Every magnet has a north and south pole,There are two possibilities its either opposite attracts or same repels. Len our experiment The CD with magnet repels but not attached to each other so there can't attach whenever we push each other, Fountain Of Beads Beads Glass -The Beads put in a glass,then you will remove it inside the glass without using your bare hands.The Science behind the experiment is the centers around the principle of inertia. Lintier is the tendency of all object and matter in the universe to remain still,or if moving continue moving in the same direction. Experiment: 3 In-Attention Experiment -In This Experiment They will test your attentiveness. They have an activity that you need to focus your mind,There is a group of dancer that will dance and one of the member is the one that will focu s on. Reaction Paper In Science Ill Melody Jacobson Ill-David Hilbert (19)

hypochondriasis essays

hypochondriasis essays The research topic that I have chosen to write on is Hypochondriasis. I have chosen this disorder because until recently hypochondriasis was considered a disorder with no effective treatments and has a very poor prognosis rate. The other reason is that hypochondriasis is usually found in the primary care field and many times may go untreated. The main treatments for hypochondriasis are small, but the main treatment that is used is cognitive-behavioral therapy. This includes explanatory therapy, exposure and response prevention, and group therapy. In addition, they have found that in patients with secondary hypochondriasis sometimes pharmacohtherapy works well along with cognitive-behavioral therapy. It is found that a high rate of hypochondriasis patients have co morbid conditions. It is very important to diagnosis this first before treating the patient for hypochondriasis. After diagnosing if the patient has co morbid conditions researchers have found that they are usually able to resolve the hypochondriasis if this is treated first. If the patient does not have co morbid conditions though usually, the first line of treatment used is the cognitive behavioral therapy. This type of therapy with hypochondriasis patients is usually very effective but the effectiveness rates are not completely known at this point. With pharmacotherapy researchers have found that in very few cases does this work, and if it does work it is usually with an SSRI. In short, there are very few and effective treatments for hypochondriasis but if diagnosed properly the patient does have a chance at recovery. Blanco, C., Margarinos, M., Nissenson, K., Chrisman, S., Hardy, E., ...