Socratic Notes Seminar free essay sample

The law wasnt really around the areas that werent highly populated and things were stolen, people were killed and many bad things were going on because there was no one to stop them except other people with guns. Well†look, were gonna work on a ranch like the one we come from up north. (Steinbeck 7) 8. What possible messages are contained in the novellas conclusion? Themes? Some possible messages in the conclusion Of Mice and Men are, the question of the act of euthanasia Justified, is killing someone ever okay, how does the human brain work when its disabled? Some of the themes in the book are rabbits, a goal that Lennie would like to achieve because he wants to tend the rabbits and look after them. Another theme is death, throughout the book, people and animals die. Candys dog, the mice, the snake, Curlers wife, Lennie, the puppies and Lennies aunt Clara. We will write a custom essay sample on Socratic Notes Seminar or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page 9. Is taking another humans life ever Justified? Euthanasia: Good death, term from the Greek, right to die, assisted suicide, mercy killing Dr. Kevorkian (Dr. Death) the plug, but her parents wanted to keep her alive Indirect and Direct classification of euthanasia Indirect means the patient takes the step that induces death Indirect can be done when a clinician purposely prescribes a large enough dose of a drug to kill you Indirect euthanasia is legal in Oregon as a result of the Death with Dignity Act Direct means another person takes the step to induce death for you Three forms of Direct Euthanasia: 1 . Voluntary: With patient consent, physician induces death . Nonvoluntary: patient is not capable of making their own decisions to live or die and is killed without consent or knowledge 3. Involuntary: The patient chooses to live, but is killed regardless of their decision Direct euthanasia is illegal in every US state, but both direct and indirect euthanasia are legal in Belgium and the Netherlands The National Right to Life Committie (NRLC) is the largest prolife organization and was founded in June, 1973 in response to the Roe vs. Wade, the Supreme Court decision to legalize abortion Lennie had gotten himself into trouble and if it werent or George, Lennie would have been tortured and killed in a way that he wouldnt deserve. If George hadnt killed Lennie, he would have been lynched, hung or shot in a gruesome way. you go yellin, he said, and he shook her; and her body flopped like a fish. (Steinbeck 89). But Candy said excitedly, We oughtta let him Im get away. You dont know that Curley. Curley gonta wanta get im lynched. Curleyll get im killed. (Steinbeck 91). George watched candys lips. mieah, he said at last, thats right, Curley will. An the other guys will. And he looked back at Curleys wife. (Steinbeck 91-92).

Enthalpy change of neutralisation Essays

Enthalpy change of neutralisation Essays Enthalpy change of neutralisation Essay Enthalpy change of neutralisation Essay I familiarised myself with the Material Safety Data Sheets of toxic substances. PLANNING (A) Enthalpy (H)1 The sum of the internal energy of the system plus the product of the pressure of the gas in the system and its volume: Esys is the amount of internal energy, while P and V are respectively pressure and volume of the system. To measure the enthalpy we have to first figure out the mass of a substance under a constant pressure and determine the internal energy of the system. The enthalpy change (H)2 is the amount of heat released or absorbed when a chemical reaction occurs at constant pressure. The standard enthalpy change of neutralization3 is the change in enthalpy that occurs when an acid and base undergo a neutralization reaction to form one mole of water under standard conditions (298k and 1atm), i.e. react to produce water and a salt. It is a special case of the standard enthalpy change of reaction. HCl (aq) + NaOH (aq) à ¯Ã‚ ¿Ã‚ ½ NaCl (aq) + H2O (l) H+ + Cl- + Na+ + OH- à ¯Ã‚ ¿Ã‚ ½ Na+ + Cl- + H2O H+ + OH-à ¯Ã‚ ¿Ã‚ ½ H2O Heat energy = ms?T. The amount of reat required will depend on how much of the substance there is to heat, what is it made of and the amount by which the temperature is increased. Hypothesis: If the temperature of a given substance is known, we may calculate the enthalpy of this substance. Prediction: The results of this experiment will probably be similar for sets of different acids and hydroxides. Different concentrations of the same acid will not influence the enthalpy of neutralisation. Assumptions: The density of acids is equal to the density of water and amounts to 1.00 g cm-3 Key variables: m mass of a substance in grams s specific heat capacity in J g-1 K-1 ?T the amount by which the temperature is increased in K PLANNING (B) Requirements: 1 burette (25 ml) 2 beakers 3 calibrated flasks (500 ml) 1 plastic bottle (1500 ml) phenolphthalein Procedure: We were provided with 2 mol dm-3 hydrochloric acid (HCl), 2 mol dm-3 nitric acid (HNO3), 2 mol dm-3 potassium hydroxide (KOH), 2 mol dm-3 sodium hydroxide (NaOH) and 4 mol dm-3 sodium hydroxide (NaOH). 1. We measured 30 cm3 of approximately of 2 mol dm-3 nitric acid into the beaker. 2. We took the temperature of the nitric acid and recorded it in table 1. 3. We measured 30 cm3 of approximately of 2 mol dm-3 sodium hydroxide into the beaker. 4. We took the temperature of the sodium hydroxide and recorded it in table 1. 5. Subsequently we added the NaOH to the HNO3 and stirred the mixture carefully with the thermometer. 6. While mixing we recorded the maximum temperature of the solution. 7. We repeated it 5 times with different sets of acids and hydroxides. a) hydrochloric acid and sodium hydroxide b) hydrochloric acid and potassium hydroxide c) nitric acid and potassium hydroxide d) nitric acid and sodium hydroxide e) hydrochloric acid and 4 mol dm-3 sodium hydroxide DATA COLLECTION a) HCl (aq) + NaOH (aq) à ¯Ã‚ ¿Ã‚ ½ NaCl (aq) + H2O (l) H+ + Cl- + Na+ + OH- à ¯Ã‚ ¿Ã‚ ½ Na+ + Cl- + H2O H+ + OH-à ¯Ã‚ ¿Ã‚ ½ H2O Amount of hydrochloric acid 30 cm3 Temperature of hydrochloric acid 20.0 oC Amount of sodium hydroxide 30 cm3 Temperature of sodium hydroxide 20.0 oC Amount of the mixture 60 cm3 Temperature of the mixture 31.0 oC Table 1. b) HCl (aq) + KOH (aq) à ¯Ã‚ ¿Ã‚ ½ KCl (aq) + H2O (l) Amount of hydrochloric acid 30 cm3 Temperature of hydrochloric acid 21.0 oC Amount of potassium hydroxide 30 cm3 Temperature of potassium hydroxide 20.0 oC Amount of the mixture 60 cm3 Temperature of the mixture 32.0 oC Table 2. c) HNO3 (aq) + KOH (aq) à ¯Ã‚ ¿Ã‚ ½ KNO3 (aq) + H2O (l) Amount of nitric acid 30 cm3 Temperature of nitric acid 23.0 oC Amount of potassium hydroxide 30 cm3 Temperature of potassium hydroxide 20.5 oC Amount of the mixture 60 cm3 Temperature of the mixture 33.0 oC Table 3. d) HNO3 (aq) + NaOH (aq) à ¯Ã‚ ¿Ã‚ ½ NaNO3 (aq) + H2O (l) Amount of nitric acid 30 cm3 Temperature of nitric acid 24.5 oC Amount of sodium hydroxide 30 cm3 Temperature of sodium hydroxide 21.0 oC Amount of the mixture 60 cm3 Temperature of the mixture 33.0 oC Table 4. e) HCl (aq) + NaOH (aq) à ¯Ã‚ ¿Ã‚ ½ NaCl (aq) + H2O (l) Amount of hydrochloric acid 30 cm3 Temperature of hydrochloric acid 20.5 oC Amount of 4 mol dm-3 sodium hydroxide 30 cm3 Temperature of 4 mol dm-3 sodium hydroxide 22.5 oC Amount of the mixture 60 cm3 Temperature of the mixture 33.0 oC Table 5. DATA PROCESSING AND PRESENTATION Heat required = ms?T m =d V n = c V ?T = Tmix (T1 + T2) ?H = heat required * 1/n s = 4.18 J g-1 K-1 The amount of heat required to heat the water can be calculated as follows (we assume that the heat energy required to change the temperature of the other substances present may be ignored): a) HCl (aq) + NaOH (aq) à ¯Ã‚ ¿Ã‚ ½ NaCl (aq) + H2O (l) V = 60 cm3 d = 1.00 g cm-3 m = d V = 60 cm3 * 1.00 g cm-3 = 60 g ?T = Tmix 1/2(T1 + T2) = 31.0 oC 20.0 oC = 11.0 oC heat required = ms?T = 60.0 g * 4.18 J g-1 K-1 * 11.0 oC = 2758 J = 2.758 kJ nHCl = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles nNaOH = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles ?H = heat required * 1/n = 2.758 kJ * 1/0.06 moles = 45.97 kJ mol-1 ?H = 45.97 kJ mol-1 b) HCl (aq) + KOH (aq) à ¯Ã‚ ¿Ã‚ ½ KCl (aq) + H2O (l) V = 60 cm3 d = 1.00 g cm-3 m = d V = 60 cm3 * 1.00 g cm-3 = 60 g ?T = Tmix 1/2(T1 + T2) = 32.0 oC 20.5 oC = 10.5 oC heat required = ms?T = 60.0 g * 4.18 J g-1 K-1 * 10.5 oC = 2633.40 J = 2.633 kJ nHCl = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles nKOH = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles ?H = heat required * 1/n = 2.633 kJ * 1/0.06 moles = 43.88 kJ mol-1 ?H = 43.88 kJ mol-1 c) HNO3 (aq) + KOH (aq) à ¯Ã‚ ¿Ã‚ ½ KNO3 (aq) + H2O (l) V = 60 cm3 d = 1.00 g cm-3 m = d V = 60 cm3 * 1.00 g cm-3 = 60 g ?T = Tmix 1/2(T1 + T2) = 33.0 oC 21.75 oC = 11.25 oC heat required = ms?T = 60.0 g * 4.18 J g-1 K-1 * 11.25 oC = 2821.50 J = 2.822 kJ nHCl = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles nKOH = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles ?H = heat required * 1/n = 2.822 kJ * 1/0.06 moles = 47.03 kJ mol-1 ?H = 47.03 kJ mol-1 d) HNO3 (aq) + NaOH (aq) à ¯Ã‚ ¿Ã‚ ½ NaNO3 (aq) + H2O (l) V = 60 cm3 d = 1.00 g cm-3 m = d V = 60 cm3 * 1.00 g cm-3 = 60 g ?T = Tmix 1/2(T1 + T2) = 33.0 oC 22.75 oC = 10.25 oC heat required = ms?T = 60.0 g * 4.18 J g-1 K-1 * 10.25 oC = 2570.70 J = 2.571 kJ nHCl = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles nKOH = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles ?H = heat required * 1/n = 2.751 kJ * 1/0.06 moles = 45.85 kJ mol-1 ?H = 45.85 kJ mol-1 e) HCl (aq) + NaOH (aq) à ¯Ã‚ ¿Ã‚ ½ NaCl (aq) + H2O (l) V = 60 cm3 d = 1.00 g cm-3 m = d V = 60 cm3 * 1.00 g cm-3 = 60 g ?T = Tmix 1/2(T1 + T2) = 33.0 oC 21.5 oC = 11.5 oC heat required = ms?T = 60.0 g * 4.18 J g-1 K-1 * 11.5 oC = 2884.20 J = 2.884 kJ nHCl = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles nKOH = c V = 2 mol dm-3 * 0.3 dm-3 = 0.06 moles ?H = heat required * 1/n = 2.884 kJ * 1/0.06 moles = 48.07 kJ mol-1 ?H = 48.07 kJ mol-1 CONCLUSION AND EVALUATION As we can see from the results above, the prediction made at the very beginning of this lab was correct. Neither type of acid or base nor the concentration of acid does not have influence on the enthalpy of neutralisation. Hence we may assume that the enthalpy of neutralisation is equal to the enthalpy change for H+ + OH-à ¯Ã‚ ¿Ã‚ ½ H2O. The enthalpy change for this reaction, however, is -57.9 kJ mol-1. The differences between my results and the theoretical value may come from the fact that the measurements were not very accurate. The temperatures of the acids, bases and mixtures might have been influenced by cool beakers. Therefore the temperatures were a bit lower than they should have been. If the ?T was higher by 3oC, the enthalpy of neutralisation would be almost the same as in the sources. I do not know how to improve the experiment so that data gathered will be similar to theoretical values. I reckon in classroom conditions such mistake is not a serious one.

The History of the Drug Krokodil

The History of the Drug Krokodil Krokodil is the street name for desomorphine an opiate-like drug similar to and a substitute for heroin used by addicts. Krokodil or desomorphine began its history as a patented drug. US patent 1980972 was issued to chemist, Lyndon Frederick Small for a Morphine Derivative and Processes on November 13, 1934. The drug was briefly manufactured and marketed by the Swiss pharmaceutical company Roche under the brand name of Permonid but was abandoned as a commercial product for its short shelf life and highly addictive nature. In the early 2000s, the drug resurfaced in Russia as krokodil, a home-brewed heroin substitute that takes about thirty minutes to manufacture from codeine pills and other substances. The home brewing of this drug includes the inclusion of impurities and toxic substances that have lead to some horrific consequences for users. Krokodil (Russian for crocodile) is named after one of the drugs major side effect, the greenish and scaly appearance of the damaged and rotting skin of users. Take one look at this Huffington Post video report and youll be quickly convinced never to try this drug. If You Dont Want It - Recycled Patents Many illicit street drugs (and even semi-legal ones) have had their origins in legitimate research done by pharmaceutical companies, research that has even resulted in patents being issued. For example, organic chemist John Huffman was the unwitting inventor of a synthetic version of marijuana. A few enterprising individuals read John Huffmans research on synthetic cannabinoids and began manufacturing and selling synthetic marijuana products such as Spice. These products were legal for a short spell of time, however, in most places they are no longer legal. Another popular street drug is MDMA or Molly as it is now called. The original formula for Molly was patented in 1913 by Merck, a German chemical company. Molly was intended to be a diet pill, however, Merck decided against marketing the drug and abandoned it. MDMA was made illegal in 1983, seventy years after it was originally invented. Heroin was once a registered trademark belonging to Bayer, the same folks that invented aspirin. A method of manufacturing heroin from the opium poppy was developed in 1874, as a substitute for morphine, and believe or not was used as a cough suppressant. The mind-bending psychedelic drug LSD was first synthesized on November 16, 1938 by Swiss chemist Albert Hofmann while working for Sandoz Laboratories in Switzerland. However, it was a few years before Albert Hofmann realized what he had invented. Until 1914, cocaine was legal and even an ingredient in the soft drink Coca-Cola. The method of manufacturing cocaine from the coca leaf was invented in the 1860s. Lyndon Frederick Small 1897- 1957 A 1931 Time Magazine article discusses the work of Frederick Small Lyndon in relation to the growing opiate epidemic in the United States. ....the Bureau of Social Hygiene gave the National Research Council funds for a study of drug addiction and the invention of a drug which would do for medicine everything which the habit-forming drugs do, yet not cause habit itself. Such a harmless, beneficial drug would make the manufacture of the baneful drugs needless. Then they could be completely suppressed. Council discovered Dr. Lyndon Frederick Small, just returned from two years of study in Europe, at the University of Virginia and financed a special laboratory for him. Out of a coal tar product called phenanthrene he has synthesized several drugs which closely resemble the chemical structure and physiological action of morphine. He sends them to Professor Charles Wallis Edmunds of the University of Michigan who tests them on animals. The two are confident that within perhaps a few months they will have an authentic drug which will not make, as morphine, heroin and opium do, pasty-faced, emaciated, depraved liars, out of its users.

Trend analysis Essay Example | Topics and Well Written Essays - 1500 words

Trend analysis - Essay Example The clothing line is always in fashion and adjusted to the changing trends. In addition to this, the clothes and accessories are 100 % US made and their designing and manufacturing is not outsourced to other countries. 1. COUTURE CLASSIC: Couture classic is the main source of revenue for the company. It is targeted towards people who love distinctive fabric. The clothes are hand-tailored and cover tailored shirts, pants, vests and leather jackets. According to the company’s sales person, the collection is aimed for high stitching and high sewing. The clothes are custom made and designed according to the requirements of private clients. Keeping in view the company’s product line, the competition in the fashion industry of Los Angeles is very intense. The largest concentrations of fashion designers work in either California or New York. Los Angeles ranks as a global fashion center (industry information of fashion designers). It is the largest manufacturing area in the western U.S. and home of many top designers. A short look at the competitors of Couture, the clothing company is given below: 1. DOMESTIC COMPETITORS: The local competitors of couture are Juicy couture, Oscar de la Renta, Cherokee jeans, 1921 Denim, Butterfly dropout, Affliction clothing, Antic denim, Davinci clothing, Catch a fire clothing, Salvage, Smet clothing etc. These designers cover the â€Å"breadth of clothing lines† under their roofs (Los Angeles fashion industry profile 12) 2. INTERNATIONAL COMETITORS: The international labels competing in the fashion industry of LA, California are Nike, Crossroads, Armani, Levis, Adidas, Diesel, Dolce and Gabbana, Gucci, Armani, Versace, Fendi, Prada, Copula, Ebba etc. In addition to this, the retail and wholesale stores in LA fashion district has made the clothing industry much more competitive. Therefore, Couture has to use forward looking strategies

The use of undrained triaxial test Lab Report Example | Topics and Well Written Essays - 750 words

The use of undrained triaxial test - Lab Report Example The graph for normal stress against a shear stress is gives a straight line from the origin. This insinuates that for both shear stresses, an increase in normal pressure applied leads to increase in shear stress. Further, from the graph it is obvious that shear strength yields a greater frictional angle and failure envelope than that for the residual strength as expected for soils.With application of the masses, shear stress initially increased rapidly upto a certain point, after-which the increase reduced. Generally, this shows that with increasing loads, the shear stresses also increase. As shown in the graph, there is a strong positive increase observed in the value of shear strength upto the peak point where the slope starts to decrease into a shallow gradient. It is at this point that the residual stress is observed. The range for effective angles of friction range between 35 degrees for dense sands and 27 degrees for loose sands (Helwany, 2007, 107). Our results fall into these values that gives a medium density outcome for our sample. Consequently, the results are in line with the expectations that the peak strength should be greater than residual strength of the soil.Even though the experiment was successful in meeting its objective, there might have been sources of errors leading to slight deviations witnessed. Most obvious source is human errors arising when taking the readings from the instruments used. Further, there might have been mistakes when setting up the apparatus such as the shear box.

Challenges of Raising a Disabled Child Essay Example for Free

Challenges of Raising a Disabled Child Essay Caring for a child with a disability can be challenging due to parenting responsibilities and the difficulties they encounter when interacting with an often unreceptive environment. Consequently, parents can be at increased risk for excessive levels of personal distress which in turn can adversely affect the well being of the child and the entire family unit (Plant Sanders, 2007). Parents of children with disabilities can be at an increased risk for psychosocial distress (Parish, Rose, Grinstein-Weiss, Richman Andrews, 2008; Plant Sanders, 2007). The parenting responsibilities for parents of children with disabilities often require a significant amount of time to complete, can be physically demanding, can disrupt family and social relationships, and can adversely affect caregiver employment (Brannen Heflinger, 2006; Seller Heller, 1997). Perhaps as a consequence of these additional impacts, family caregivers of children with disabilities can be at increased risk to experience depression, physical health problems, and decreased quality of life (Feldman, et al. , 2007; Ones, Yilmaz, Cetinkaya, Calgar, 2002). The added challenges of caring for a child with a disability may lead to more stress and greater physical and emotional health risks for parents and their families (e. g. , increased conflict with spouse; Murphy, Christian, Caplin Young, 2006) compared to families without a child with a disability (Feldman et al. , 2007). This topic is particularly personal for me because I know first hand the psychological affects and challenges that a handicap child could have on parents, family members, and friends. My son was two months when I notice that something just wasn’t right with him. I noticed him favoring one side instead of looking straight ahead. I mentioned my concerns to our family doctor. His doctor didn’t see it as a problem. She said to just continue to watch him. Two months passed and still no change, so at his next appointment I expressed my concern again. I insisted that she run tests on my son immediately. I knew something seemed different; I just couldn’t put my finger on it. I had already had two other boys so something just didn’t sit right with me. The doctor sent my son to be tested at University of Maryland Hospital and my son was diagnosed with Hydrocephalus Dandywalker Malformation with Palsy. He had to have surgery at six months to have a shunt placement to drain the water from his brain. I was devastated. My husband and I went through several defense mechanisms. The first I believe was denial. We didn’t want to face the fact that something was wrong with our child, our baby. He seemed so perfect when he was born just a few months ago. We went through repression, rationalization and intellectualization. We couldn’t wrap our minds around the fact that our child would be different from other children. Nobody wants to believe that something is wrong with their child. I felt a little embarrassed for fear of what people might think about our child or what someone would say. So many things raced around my mind. We wanted to blame the doctors; maybe they did something wrong in my prenatal care. I went over in my mind again and again of every little thing I did when pregnant to ensure that I had did everything I was supposed to do. I didn’t drink, smoke or do drugs. What happened? We tried to search our family history genetics. We just came up empty. My husband and I became depressed, frustrated, and angry. I felt helpless about my son’s condition. I wasn’t sure what to do. Finally, I began to investigate my son’s condition. I read all I could get my hands on. I searched for schools and other medical resources to help me address my son’s needs. In the back of my mind I was still trying to make sense of the fact that my son had a developmental and neurological problem that would affect him for the rest of his life. I wondered what restrictions we would face now and in the future. I still wasn’t sure if I could cope with his lack of development neurologically, physically, mentally or emotionally. I began to question God. I wondered why me. I wasn’t sure if I would have to stop working. I wondered how we as a family would work together to stay a family. I had so many questions, but no answers. I prayed asking God for help and guidance. Later, I began to realize that I had to be strong. I had to accept what the reality was with my son and his disability. It hasn’t been easy. We faced many financial problems, medical issues, several hospitalizations for my son, divorce; daycare issues especially since my son needed twenty four hour daycare. Day care is very expensive as well as diapers and wipes for disabled children. Insurance covers some things but not enough. A person has to be making next to nothing in order to get any assistance from the government; we needed assistance regardless of what we made monetary. I would have never known what disabled families went through to get their voice heard and children’s needs assisted unless I had to face these great challenges myself. So much goes into raising a child with disabilities. There are many variables that factor into taking care of a disabled child. Financial hardships are another important factor that influences parents’ wellbeing. In general families with children with disabilities experience much higher expenditures than other families (Newacheck and Kim, 2005) found that, on average, the total annual health care expenditures for children with disabilities were more than three times as much compared to children without disabilities. The financial strain incurred by families of children with disabilities is likely due to increased expenses related to the child’s needs as well as loss of employment or inability to work because of parenting responsibilities (Murphy et al. , 2006; Parish et al. 2008; Worcester et al. , 2008). Inability to engage in employment can also lead to feelings of isolation, a lack of fulfillment and low self-esteem (Shearn Todd, 2000). Families of children with disabilities often report feeling isolated from the community (Freedman Boyer, 2000; Worcester et al. , 2008). What I’ve learned from researching the challenges of raising a child with disabilities; as well as being a parent of a disabled child is that there is still so much more to be done. There is still research that hasn’t been touched regarding parents and their disable children. We the parents have to be the voices for our disable children. We have to be better informed about what our disabled children rights are. We have to be willing and ready to fight on behalf of our disable children. Parents and state officials have to work to get better laws passed to accommodate disabled children. Disabled children need better health care programs, better schools; a place for them to be themselves. Parents need a place to relax and not have to worry about dirty looks that people who don’t have disabled children give them. Parents shouldn’t have to feel ashamed that they have disabled children. We shouldn’t be looked down upon because our children are different. Our children shouldn’t be bullied or treated like they are worthless. Our children are special. They deserve the best that we can help them to achieve in life. They deserve a chance like the rest of us. We’ve got to come together and help each other to provide a better life for all! The questions we should ask researchers to study are many. One could be what’s being done to assist parents with disabled children? Are there programs to assist parents in child care for disabled children? Normal daycare centers are for infants through 12 years of age. As of today my disabled son is 16 years old and there’s really no day care for children his age. Another question is why do they go according to parents’ income in order to assist with social security disability? A parent shouldn’t have to be jobless in order to obtain assistance from social security disability. Yet a person who walks into social security disability and say my back hurt or that they have a condition can obtain money; work the system while the truly disabled suffer. There are so many people working the disability system and really aren’t disabled. We have to help the programs we have for our disabled children actually help the disabled children. In conclusion caring for a child with a disability can be challenging, but many of these challenges are likely due to a lack of necessary environmental supports. Future research should expand on these findings and policy makers, scientists and providers should give particular attention to the environmental support needs of parents in order to create policies and interventions that are more family centered.

The Sexual Expression of Women in Thomas Hardys Writing Essay

The Sexual Expression of Women in Thomas Hardy's Writing The nineteenth-century woman was defined by her adherence to submission and resistance to sexuality. She was portrayed by most writers as a naive, accepting figure with strong concerns about living up to the prescribed societal ideals for a respectable woman. The women in Jane Austen's novels offer a clear representation of the nineteenth-century woman. Austen refuses these women any sexual expression and focuses more upon their concern with marriage and society. Thomas Hardy resists Austen's socially accepted depiction of the female with his radically independent heroines. Hardy redefines the role of women in his novels, focusing on sexuality. By emphasizing the physical aspect of femininity in his unorthodox representation of the sexual female, Hardy threatens the Victorian model of women. Sexuality is evident in Far From The Madding Crowd when Bathsheba unknowingly admits her passion to Sergeant Troy. "If you can only fight half as winningly as you can talk, you are able to make a pleasure of a bayonet wound!" Baths...