Jaws in detail essays

Jaws in detail essays JAWS was the box-office sensation of 1975 and the number-one hit movie of the decade until 1977's STAR WARS, at a time when the success or failure of a few blockbusters began to determine the course of the entire motion picture industry. Similar to several of the other huge hit movies of the 1970's, JAWS began as a novel, which was then sold to a film company prior to its publication. Yet JAWS remains solidly a director's film from the first ominous chords of John Williams' moody score. In this, his second directed film, Steven Spielberg demonstrates remarkable ability to develop a standard scary story into a sweeping adventure with the power to capture audiences and hold them in breathless suspense. The plot of JAWS is deceptively simple. A marauding Great White Shark of tremendous size begins attacking bathers in the waters off Amity Township, a New England seaside resort. Local Sheriff Brody (Roy Scheider) believes the warning of young icthyologist Hooper (Richard Dreyfuss) that the killings will continue, but yields to the pressure of Amity mayor Vaughan (Murray Hamilton) not to close the beaches. As the Fourth of July weekend approaches, the mayor fears the loss of Amity's tourist revenue more than the possibility of additional tragedy. When the monster shark strikes again, the beaches are finally closed. Crusty shark hunter Quint (Robert Shaw) is retained by the Township to pursue and destroy the menace and sets out in his boat Orca, accompanied by Hooper and Brody. Guilt-ridden over his earlier decision to allow the beaches to remain open, Brody goes to sea in an effort to regain his self-estee...

Analysis of the Continental Army, the Oneida People and Thomas Hutchinson

There is a clear difference between what the public thinks is necessary for unfortunate soldier and what the soldier needs to survive. The soldiers wanted to know how to use a voluntary donation to carry out a revolutionary war, so the masses wanted to know if a revolutionary war would lead to dictatorship. In 1783 George Washington demanded his officers to stop the rebellion in Newburgh. And it represents a big substitute for the mass demands for soldiers. This article contains simple information and information about the Great Army. What is the uniform of the Great Army? Definition of the Great Army: The Great Army was a regular US military founded at the Continental Congress on June 14, 1775, and George Washington served as the Supreme Commander and was founded in the Boston area after the fight with Britain It was. In the battle of Lexington and the battle of Concord in 1775. Soldiers who formed the Great Army came from becoming 13 colonies of the United States. The Independence War was not at the outbreak of the Revolutionary War - each colony was dependent on a local militia composed of part-time soldiers. The outbreak of the American Revolutionary War meant that the Continental Congress needs to organize the troops of American soldiers as soon as possible to fight in the conflict with England. Thomas Hickey (interrupted on June 28, 1776) was a continent soldier of the American Revolutionary War and was the first person executed for rebellion, rebellion, and betrayal. Born in Ireland, he came to the United States as a British soldier and fought as Maj. William Johnson's private aide during the seven year war, but leaned to the other side when the revolution broke out. He became a member of Lifeguard and kept the salaries of General George Washington, its troops, and the Great Army. Greek genes were imprisoned through counterfeit currencies. He was tried and executed for rebellion and incitement and may have been involved in the assassination plan against George Washington in 1776. In April 1775, a group of settlers fought British troops in the battle between Lexington and Concord. In 1775, the Second Continental Congress decided to form a large army consisting of thirteen colonial citizens. George Washington was elected the Supreme Commander of the Army. The colony is ready to fight for his rights

Research Propasal Paper Example | Topics and Well Written Essays - 250 words

Propasal - Research Paper Example Qualitative data will be derived from a reliable source, which is the population, and this will be through conducting a sample survey. This research will have both theoretical and practical importance. This paper seeks to establish the hypothesis that individuals from rich families are more likely to be kidnapped. The type of crime that will be included in this proposal is kidnapping. During kidnappings, kidnappers unlawfully abduct and detain an individual against his or her wishes or intentions. A crime qualifies to be a kidnapping when an individual is unlawfully taken or moved to a different location without his or her consent. In most case, kidnappings are usually carried out with the objective of terrorizing the victim, asking for ransom, or influencing a political decision in exchange with the kidnapped person. Additionally, in many situations, children are largely the victims, although, adults too at times usually find themselves victims. Kidnapping is an offence, which according to law, has been categorized into degrees in relation to its magnitude (Hart & Zandbergen, 2009). The best type of research that will be applied when approaching the problem of kidnapping is descriptive. Through descriptive research, the important variables; dependent and independent will be established, which will aid in conducting the research. The descriptive research will start by exemplifying the problem, conducting a literature review, developing a research tool, identifying the population and sampling, data collection, and thereafter analyzing the data. This research will take on quantitative method, which will aid in testing the hypothesis scientifically. Qualitative data will be derived from a reliable source, which is the population, and this will be through conducting a sample survey. The data will be analyzed with the aim of establishing whether they correlate or associate with

The short story the lottery and conformity Essay

The short story the lottery and conformity - Essay Example Conformity is valuable to the society because cohesion and smooth running of events and processes. A person who drives on the right side of the road is a good example of definition of conformity and illustrates its benefits through safe road usage. Deciding to act against the norm by driving on the wrong side of the road will however risk the life of the actor as well as the life of other road users. In the short story, the society is deeply rooted to its Lottery tradition and even though no one compels it to commit the murder act, it chooses to stand by its tradition. Even though the specific example identifies a wrong act, murder of an innocent member of the society, the author communicates the power of conformity to tradition that can help a society to achieve its objectives. Conformity therefore promotes retention of good cultural beliefs in a society and may improve resistance from negative practices from other cultures. The city residents’ resistance to abandoning their culture and assume practices or changes in other societies demonstrates this. The author uses the black box and the lottery as symbols for illustrating this role of conformity. Even though the real box was lost and the current one is old, the villagers have chosen to stick by the two symbols and this shows the power of conformity that may facilitate a society’s theme regardless of dynamism around the society (Jackson 2- 27). Conformity is also valuable to society because it allows us to adapt to the society in a normal way and for our own good so that we might not hurt ourselves later in life. Even though The Lottery only highlights the murder ritual, there could be positive values that the tradition facilitates. The society’s reaction to the lottery also suggests that such values develop naturally and the uniformity means that an individual is less likely to be in

Student Uniforms :: essays research papers

Students are always complaining about the dress codes at their school, and totally rejecting the idea of school uniforms, but I feel there are many benefits to this proposal. These days everyone is so concerned about being attractive and popular that they forget the real reason for going to school. The increase in academic performance and school spirit, along with the decrease in violence, is more important than looking cool for your friends. South Carolina school systems have the lowest test scores in the nation. Our students are not daft; they just do not consider schoolwork a top priority. With uniforms for every student, there would be less focus on fashion and more emphasis on education. Our report cards would be posted on the refrigerators for everyone to see, rather than stuffing them in the bottom of our backpacks. The students would be rewarded for their efforts, therefore their self esteem would also rise. Teen violence has reached its peak in our schools. Last year, numerous killings took place at schools around the country, largely due to taunting amongst the students. Uniforms would prohibit the wearing of chains, large pockets for hiding weapons, and gang colors worn to incite fights. Less students would be teased for their attire, and sexual harassment caused by provocative clothing would come to an end. Our schools would provide a more secure environment in which we all could learn. School spirit in South Carolina is extremely lacking, and it shows. Our athletic teams have very limited support, and it affects their performance greatly. A student could be missing on a field trip, and they would not be located for hours because they simply â€Å"blended† with the crowds from other schools. If we were obligated to wear uniforms, we would be more recognizable in public surroundings, and our sense of school pride would blossom. To quote Henry David Thoreau, â€Å"take the earth at your feet, and paint your house that color.† School spirit should shine eminently in all students’ lives; not fizzle out like a dampened fuse. Many students argue about the restrictions on their personal freedom. They do not realize that they could still select their own trendy accessories, and they can wear whatever they desire at home and on the weekends.

A Kinetic Study of the Base Catalyzed Cleavage

The University of Lethbridge Department of Chemistry & Biochemistry Chemistry 2740 Laboratory Experiment 2 A KINETIC STUDY OF THE BASE CATALYZED CLEAVAGE OF DIACETONE ALCOHOL USING A DILATOMETER The decomposition of diacetone alcohol into two molecules of acetone is catalyzed by hydroxide ions and is an example of an aldol condensation in reverse. O OH OHO 2CH3-C-CH3 CH3-C-CH2-C(CH3)2 The rate of decomposition is first-order with respect to the concentrations of both diacetone alcohol and hydroxide ion: Rate = k[OH-][diacetone alcohol] (1)However, since hydroxide ion is a catalyst its concentration remains constant during the reaction. The overall reaction appears first-order (i. e. is a â€Å"pseudo first order reaction†) and follows the observable rate law Rate = k' [diacetone alcohol] where k' = k [OH-] (2) Since the overall reaction is first-order we can study the kinetics of the reaction by measuring any property of the system that undergoes a change which is proportional to the extent of reaction. Such a property in this case is the volume of the reaction solution.The effective volume of one molecule of diacetone alcohol is not the same as the effective volume of two molecules of acetone and as a result the total volume of the reaction solution changes as the reaction proceeds. In this case the solution expands although in some reactions it contracts. A simple instrument for measuring volume changes is a dilatometer which consists of a glass bulb to which is attached a tube with a stopcock (for filling the bulb) and also a piece of long capillary tubing.The bulb is filled with reaction solution to the point where liquid just enters the capillary tube and then the stopcock on the filling tube is closed. As the solution expands it does so into the capillary tube causing the meniscus in the tube to rise. By measuring the distance up the capillary tube that the meniscus travels one has a measure of the volume change. One can determine the actual volume change if the crosssectional area of the capillary is known but even that is not necessary in this experiment.Since the position of the meniscus in the capillary column can be measured accurately using a cathetometer, this is a good experiment to test the Guggenheim method for determining first-order rate constants (refer to Appendix A on â€Å"First-order Reactions†). In this method readings are generally made at times t0, t1, t2, t3, etc. , with each reading Page 2 – 1 Chemistry 2740 Laboratory Experiment 2 taken at a constant, accurately determined time interval after the preceding measurement. The resulting data list is divided into equal halves.For example, if there are 20 readings taken at times t 0 – t19 with corresponding measurements P0 – P19, the data would be divided in two between readings P9 at t 9 and P10 at t10. Next, the differences between the measurements in the two data sets are taken, i. e. , P0-P10, P1-P11, P2-P12, etc. Notice that t he time interval between each pair of readings is constant. Finally a plot of the natural logarithm of the differences against time, i. e. , ln(P0-P10), ln(P1-P11),†¦ vs. t0, t 1,†¦ should yield a straight line of slope -k, the first-order rate constant.Apparatus Cathetometer, 3 dilatometers, timer. A dilatometer is a device for measuring the expansion (or contraction) of a liquid. Ours is of relatively simple design and was made locally by Luis Delgado from various pieces of glassware. It consists of an expansion bulb to which is attached a fine capillary tube with a narrow and hopefully uniform bore. The expansion tube is connected at the other end to a filling tube through a stopcock. When the stopcock is closed, a solution in the expansion tube can only expand up the capillary tube.The volume of liquid in a capillary or cylinder is given by the cross-sectional area, A, of the cylinder times its length, l (V = A x l). Thus by measuring the travel, ? l, of the liquid up the capillary tube one has a quantity that is proportional to the change in volume of the reaction mixture (? V = A x ? l). As a result one can follow first order reactions with a dilatometer and use the first order equation ln [(lo – l? ) / (lt – l? )]= kt Stopcock Capillary tube Filling tube Expansion bulb (3) A Dilatometer and other equations such as the Guggenheim equation that are derived from it to analyze the results.This assumes that ? l (and therefore ? V) is proportional to the extent of reaction. One must be careful with thermostating when using a dilatometer. A dilatometer, after all, is a glorified thermometer and a quite sensitive one at that. Thus the apparatus and the reaction solution must be pre-equilibrated to the temperature of the reaction. The Page 2 – 2 Chemistry 2740 Laboratory Experiment 2 dilatometer is filled by pouring reaction mixture into the filling tube. Try to pour down the centre of the tube and not down the walls of the tube.Al so do not fill the filling tube above the level of the water in the water bath because the part of the filling tube above water level will not be well thermostated. Next the reaction mixture must be forced into the expansion bulb by use of a rubber bulb applied to the top opening of the filling tube. Often air bubbles become trapped just below the stopcock. These can be removed by sucking back with the rubber bulb. Continue to add more reaction mixture to the filling tube, as necessary. Force reaction mixture into the expansion bulb until the liquid level reaches the top of the bulb just below the capillary tube.Stop forcing liquid into the bulb and allow the liquid level to rise into the capillary tube as a result of the flow of liquid from the filling tube to the expansion bulb. DO NOT FORCE LIQUID INTO THE CAPILLARY TUBE. Close the stopcock. The dilatometer is now ready for making measurements of the meniscus height. The cathetometer is a device for measuring the relative height of the liquid column in the capillary. It consists of a vertical steel rod with a scale marked along its length and a telescope that runs up and down the rod.In operation one measures the height of the liquid column by moving the telescope so that the cross-hair is focussed on the meniscus of the liquid column. The position of the telescope (and thus the meniscus) is then read off the scale on the bar with the aid of a vernier. Ensure that you can read the vernier scale (refer to Appendix B on â€Å"Reading a Vernier†) and can operate the telescope (focus, movement up and down, and leveling) before proceeding with measurements. Reagents Diacetone alcohol, ~ 0. 40 M NaOH. Waste Disposal A 4-litre bottle for the collection of wastes is supplied with the experimental set up.All excess stock reagents and reaction solutions should be disposed of in this bottle. The glassware can then be given a single small rinse into the waste container before being cleaned further in the sink. I n preparing reaction solutions only remove as much reagent from the stock container as is necessary to make the reaction mixtures. Page 2 – 3 Chemistry 2740 Laboratory Experiment 2 Procedure Notes: 1) In order to finish this lab in the time allotted, students must be well organized and prepared to start this experiment at the beginning of the period. 2) The ~ 0. 40 M NaOH solution will need to be standardized by each group.This can be done before or after the experiment is completed, but must be done before the calculations for the report are started. Students can arrange a suitable time for this with their instructor. (Note: A similar task was performed in Chemistry 1000 lab; it may be helpful for you to review that procedure. ) Three kinetic runs should be performed at hydroxide ion concentrations of approximately 0. 100, 0. 200 and 0. 400 M. Prepare 100 mL each of 0. 100 M and 0. 200 M sodium hydroxide solutions from the 0. 400 M solution provided. Allow a dilatometer to t hermostat in the 25 ° C water bath. Pipette exactly 50 mL of 0. 00 M NaOH solution into a 200 mL Erlenmeyer flask, stopper the flask, and allow it to thermostat in the bath as well. When the dilatometer and sodium hydroxide solution have been thermostated for at least 10 minutes, start the reaction by adding with a pipette 2 mL of diacetone alcohol into the flask containing the 50 mL of 0. 100 M NaOH solution. Stopper the flask, shake it vigorously to ensure mixing and then let it stand in the water bath for a short period to allow the bubbles to settle. Pour the settled solution into the filling tube of the dilatometer and proceed to fill the dilatometer as outlined above.When the solution enters the capillary close the stopcock on the filling tube ensuring that no bubbles remain in the bulb. Clamp the dilatometer firmly in place in the bath so that the expansion bulb is covered with water. Commence reading the height of the meniscus in the capillary column with the cathetometer and continue to do so at exactly 3-minute intervals for at least 15 readings (45 minutes). The first reading can be obtained by clamping the telescope so that the cross-hair is just above the meniscus; start the clock as the meniscus climbs to the crosshair. Because the telescope inverts its image, the meniscus will appear to be below the cross-hair when it is actually above and the meniscus will appear to be travelling down when it is actually travelling up the capillary. ) Subsequent readings will require close cooperation between lab partners. One person should follow the meniscus with the telescope while the other partner gives out the time so that the first partner can clamp the telescope in position at exactly 3-minute intervals. Page 2 – 4 Chemistry 2740 Laboratory Experiment 2 When the readings have been completed put the dilatometer aside and proceed to the second experiment.While the first experiment is being performed, the dilatometer and the 50 mL of sodium hydrox ide solution for the second experiment should be clamped in the bath to thermostat. Repeat the procedure using 0. 200 M NaOH and 0. 400 M NaOH in place of 0. 100 M NaOH and with time intervals of 1. 5 and 0. 75 minutes respectively. In the case of the run using 0. 400 M NaOH, allow the reaction to go to completion and then read the height of the meniscus. Before leaving the laboratory, please enter names, date, and experimental data into the computer. DO NOT FORGET TO ENTER YOUR STANDARDIZATION DATA INTO THE COMPUTER ONCE YOU HAVE OBTAINED IT.Calculations and Report Use the Guggenheim method to calculate the apparent first-order rate constants (k’) for each run. For the last run, also calculate k’ using equation (3). Compare the rate constants calculated by the two methods and discuss the validity of using the Guggenheim method to calculate rate constants (i. e. discuss if the value calculated using the Guggenheim method compares favourably to the value calculated usin g the standard method). Calculate the second-order rate constants (k) in each case and discuss this confirmation of the first-order dependence on hydroxide ion concentration. Page 2 – 5

Philosophy 381 Genocide, Language And Power - 1319 Words

PHILOSOPHY 381: GENOCIDE,LANGUAGE AND POWER Professor: Lynne Tirrell 5th October, 2015 We Wish to Inform[Question 1] How many people need to be killed before a crisis becomes a genocide? How many sections of article 2 Of the UN convention needs to occur to be considered a genocide? Is the sterilization of hundreds of Puerto rico women taking imposing measures intended to prevent births within the group considered Genocide? Is police targeting and killing certain grips of people more often a form of genocide? What are the key differences between civil wars and genocides? When should other countries step in to prevent such atrocities? SURF Survivors funds states that, â€Å"Over the course of 100 days from April 6 to July 16 1994, an estimated 800,000 to 1 million Tutsis and some moderate Hutus were slaughtered in the Rwandan genocide. A recent report has estimated the number to be close to 2 million†. In the book We wish to inform you that tomorrow we will be killed with out families stories from Rwanda, The author Phillip Gourevitch writes â€Å"The French Foreign Minister-had taken to describing the slaughter in Rwanda as â€Å"Genocide†. But the UN High Commissioner for Human Rights still favored the phrase†possible genocide (Gourevitch,152)†. It is without a doubt the civil war in Rwanda was a genocide. It qualifies as such because it fits all the criteria under article 2 of the UN genocide convention. Article 2 of the UN Genocide convention states that; In the presentShow MoreRelatedOrganisational Theory230255 Words   |  922 Pagesorganization theory: back to the future? Neo-modernist organization theory: putting people first? Neo-modernist organization theory: surfing the new wave? Postmodernist organization theory: new organizational forms for a new millennium? Postmodernism as a philosophy: the ultimate challenge to organization theory? Reflective organization theory: symbols, meanings and interpretations Reflexive organization theory: critical theory and psychoanalysis The evolution of management as refl ected through the lens ofRead MoreOne Significant Change That Has Occurred in the World Between 1900 and 2005. Explain the Impact This Change Has Made on Our Lives and Why It Is an Important Change.163893 Words   |  656 Pagesdetermining beginnings and endings that accord with major shifts in political and socioeconomic circumstances and dynamics rather than standard but arbitrary chronological break points. In the decades that followed the Great War, the victorious European powers appeared to have restored, even expanded, their global political and economic preeminence only to see it eclipsed by the emergence of the Soviet and U.S. superpowers on their periphery and a second round of even more devastating global conflict.