The Movie Dead Man and its Departure from the Western Genre :: Movie Film Essays

The Movie Dead Man and its Departure from the Western Genre Put simply, genres are not created by directors so much as they are by audiences. Once it is apparent that something has been received well by theatre-goers, a formula is developed and henceforth followed to achieve the same success. Considering the Western genre, as presented by Robert Warshow, one may note whisky-swilling gunslingers, prostitutes alongside their madams, and arguments over poker tables in smoke filled saloons resulting in someone being thrown through the glass window. The hero of the Western, personified so well by Gary Cooper, John Wayne, and Clint Eastwood, draws his six-shooter fast and is lethally accurate. Unfortunately, these audience-drawing regularities which, while entertaining, undermine the historical representation of how America’s West was truly settled. The most jarring difference from the Western genre in Dead Man is that the hero, William Blake, does not saunter into town with a pistol on his hip, let alone know how to shoot one. He is an accountant from Cleveland, a rational man headed for an irrational world. Machine, the town which was his destination, is a menacing mill town which comments on the harsh realities of industrialization. Blake’s train ride to the West is in vain, having been refused the job promised to him in a letter because he was tardy in response. There is an absence of order in town, in large part because John Dickinson, owner of the Metal Works plant the towns economy depends on, is insane, possibly parodying the ineptitude of capitalistic hierarchy. Jim Jarmusch’s choice of William Blake as the name of his main character was not by accident. The jovial Indian Nobody is convinced that Blake is the English poet by the same name, and for good reason. Not because Depp’s Blake resembles the actual poet, but because William Blake’s poetic themes can be recognized throughout the story. Also, Jarmusch’s use of fade to black to separate the scenes transforms each scene into a new poem that can be read and viewed as a new development in the film. Critics consider Jarmusch’s departure from the Western genre as a breath of fresh air. Dennis Schwartz claims â€Å"Jarmusch didn't falsely romanticize the Western settler and idolize him for how good he was with a gun as most films foolishly do; but, he debunked that whole Western John Ford type of patronizing liberal myth that the cowboy was doing all that violence to advance civilization, that if the Indian can be civilized he can and should live with the white man.

Laboratory Techniques and Measurements

Name: Kensley Shelley|Date: 9-17-12| Exp 2: Laboratory Techniques & Measurements|Lab Section: 0000| Data Tables: Step 1: Length and Measurements Object Measured|Length in cm|Length in mm| Key|5. 15 cm|51. 5 mm| CD|12. 0 cm|120. 0 mm| Fork Spoon|18. 05 cm 16. 30 cm|180. 5 mm 163. 0 mm| Step 2: Warm Temperature Measurements Hot tap water temperature49. 50_? C Boiling water temperature __immediately:104. 5; after 5 minutes: 103. 0__? C Step 3: Cold Temperature Measurements Cold tap water temperature_24. 5_? C Ice water temperature after 1 min:4. 5, after 5 min:1. 0 ? C Step 4: Volume MeasurementsVolume of half filled graduated cylinder__12. 5__mL Volume of completely filled small test tube __n/a__mL Number of drops in 1 mL___14_drops Volume of the micro pipet __28__ drops_2___mL Step 6: Density Measurements Part A Mass of empty graduated cylinder_16. 9_g Mass of graduated cylinder and water 21. 1_g Net mass of the water __4. 2_g Density of the water_0. 84_ g/mL Part B Mass of graduated cylinder and alcohol _20. 4_g Net mass of the alcohol __3. 5_g Density of the alcohol__0. 7__ g/mL Part C Mass of graduated cylinder and salt solution ____g Net mass of the salt solution____gDensity of the salt solution____ g/mL Part D Volume of half filled graduated cylinder__8. 0__mL Volume of half filled graduated cylinder and metal bolt_9. 1__mL Volume of the metal bolt_1. 1_mL Mass of the metal bolt __7. 2__g Density of the metal bolt__6. 55__g/mL Part E Mass of half filled beaker__89. 0__g Mass of water displaced by metal bolt__90. 1__g Volume of the metal bolt__1. 1__cc Density of the metal bolt__6. 55__g/cc Mass of half filled beaker__89. 0__g Mass of water displaced by magnet__89. 8__g Volume of the magnet _0. _cc Mass of the magnet __4. 0_g Mass when dropping the magnet in the beaker__92. 9__g Density of the magnet__5. 00__g/cc Calculated volume of the magnet using dimensions of length x width x height__0. 78__cc Density of magnet using the calculated volume_5. 13___g/cc C onclusion: Questions and Problems: A. Which method of determining density is more accurate, the water displacement method in Part D or Archimedes’ principle method in Part E? Why? For the metal bolt, I received the same answer for both experiments, so I would say both were equally accurate in my experiment.B. What is the relationship between mL and cm3? They equal each other; mL = cc C. Everyone knows that water is supposed to boil at 100 ° C. Why did your water sample boil at a different temperature? Water boils at different temperatures depending on the altitude. The higher pressure in the air keeps the molecules from escaping as easily. D. To help you get a feel for metric measurements, you need to know the relative magnitude of a few basic measurements. For example: 1 mm = thickness of a dime, a penny weighs 2 ? grams, and 20 °C = normal room temperature. Determine the following: . What is the mass in kilograms (kg) of a person who weighs 143 lb? 64. 86 kg 2. What wei ghs approximately 1 g? dollar bill, paper clip 3. What is approximately 1 cm long, wide or thick? fingernail is 1 cm wide 4. What weighs about 100 g? 20 nickels, 40 pennies 5. What weighs about 1000 g? 1 liter of water Conclusion: The experiment was designed to help acquaint the student with proper laboratory measurements and techniques. This was done by allowing the student to use the different lab tools in a variety of ways, such as: heating, measurements, volume, and density.In completing this lab, I am better aware of the different tools which will be used and how to properly use them, because a slight mistake in measuring can skew your data. I witnessed this in the density calculations in that the wrong mass or volume could greatly skew the results of the density. I first recorded 7. 6 g as the mass for the metal bolt, but on second glance I realized it was only 7. 2 g. While this may not seem significant at first, having a difference of 0. 4 g is very significant in determinin g the correct density. I also observed how important it is to account for one uncertain digit.When measuring items using the cm side of the ruler, I had to account for an uncertain digit when it measured in between two lines. Accounting for this uncertain digit helps to gain a more accurate reading. Also, reading at the bottom of the meniscus is also very important when measuring. When I first used the beaker, I did not get down to eye level and therefore I could not properly see the meniscus, but after putting it to eye level, I could see that I was slightly off on my measurement. I also learned how to determine the mass of certain objects that are not easily measured.I did so by first measuring the cylinder's mass and then measuring the mass of the cylinder with the liquid in it. I was then able to subtract the two and get a good measurement of the mass of the liquid. Another technique practiced was using displaced water to determine the volume and subsequently the density of an o bject. By putting the object on a string and placing it in the water, I was able to record the mass of the displaced water (90. 1 g), which i was then able to convert to the volume of the object (1. 1 mL). This number along with the mass of the object (7. g), could then be converted to the density of the object (6. 55 g/cc). There were a few potential errors that could have occurred while preforming the experiments. First, when calibrating my at home scale, I had to place an object that was 500 g on the scale. While I believe the object I placed on it was close to that mass, it could have been off slightly which could have skewed my results. Also, there is always the possibility of miscalculations when I was determining the volume of the magnet using the ruler. There is always the chance of miss counting something which can led to inaccurate results. Laboratory Techniques and Measurements Measurement:Length, Mass, Volume, Density, and Time Peter Jeschofnig, Ph. D. Version 42-0267-00-01 Lab RepoRt assistant This document is not meant to be a substitute for a formal laboratory report. The Lab Report Assistant is simply a summary of the experiment’s questions, diagrams if needed, and data tables that should be addressed in a formal lab report. The intent is to facilitate students’ writing of lab reports by providing this information in an editable file which can be sent to an instructor. Data Table 1: Estimation of various measurements| Measurement| Estimated| Actual| % Error| Length (m)| | | | Time (s)| | | |Mass (g)| | | | Data Table 2: Measurement of an object using various instruments| | Length(cm)| Width(cm)| Height(cm)| Volume(cm3)| Object Being Measured:| | | | | Hand (hand units)| | | | | Hand (cm)| | | | | Ruler| | | | | Meter tape| | | | | Data Table 3: Measurement of an object using various instruments| | Length(cm)| Width(cm)| Height(cm)| Volume (cm3)| Object Being Measured:| | | | | Hand (hand units)| | | | | Hand (cm)| | | | | Ruler| | | | | Meter tape| | | | | Data Table 4: Measurement of an object using various instruments| | Length(cm)| Width(cm)| Height(cm)| Volume(cm3)| Object Being Measured:| | | | |Hand (hand units)| | | | | Hand (cm)| | | | | Ruler| | | | | Meter tape| | | | | Data Table 5: Determination of ? | Object| DiameterD(cm)| CircumferenceC(cm)| Slope| % Error| | | | | | | | | | | | | | | | | | | | | | | | | | Data Table 6: Density measurements| Method| Volume of water in graduated cylinder (mL)| Volume of water+ bolt(mL)| Volume of bolt (mL)| Mass of bolt in air (g)| Mass of bolt in water (g)| Mass of bolt â€Å"lost† in water (g)| Density orS. G. ofbolt(g/mL)S. G. =unitless| Water- displacement method| | | | | | | | Archimedes’ principle method| | | | | | | | Data Table 7: Time measurements using visual cues| Drop time (s)| Trial 1| | Trial 2| | Trial 3| | Average| | Data Table 8: Time meas urements using auditory cues| | Drop time (s)| Trial 1| | Trial 2| | Trial 3| | Average| | Questions Exercise 1: Estimation of Various Measurements A. Why is it important to correctly estimate length, time, and mass? Exercise 2: Measuring Using Instruments of Varying Degrees of Precision A. Can you think of an occasion when it would be adequate to use your â€Å"hand† measurement? B. What would happen to your volume calculations if the length, width and height measurements were off a little? Exercise 3: Graphing data and the determination of ?Object Description| Diameter (cm)| Circumference (cm)| Measuring Device| Penny| 1. 90  ± 0. 01| 5. 93  ± 0. 03| Vernier caliper, paper| â€Å"D† cell battery| 3. 30  ± 0. 02| 10. 45  ± 0. 05| Vernier caliper, paper| PVC cylinder A| 4. 23  ± 0. 02| 13. 30  ± 0. 03| Vernier caliper, paper| PVC cylinder B| 6. 04  ± 0. 02| 18. 45  ± 0. 05| Plastic ruler, paper| Tomato soup can| 6. 6  ± 0. 1| 21. 2  ± 0. 1| Plastic ruler, paper| 5. Graph C vs. d using a computer spreadsheet program. 7. What is the slope of the line? What does it represent? 8. Calculate the percent error of your value from the true value of pi.Exercise 4: Density Measurements A. Which of the two volume determinations will be more accurate? Why? B. Research the Archimedes’ principle method. Write one paragraph explaining why it is called Archimedes’ principle Exercise 5: Time Measurements A. Which is more accurate, the individual times or the average? Explain. B. Sometimes many trials are run and recorded. Then the highest and lowest data points are disregarded when taking the average. Could this technique help in this experiment? How? C. Explain any differences that occurred between recording the data visually and aurally.

Information Based Decision Making - 3396 Words

Information Based Decision Making Terms of Reference .................................................................................................... 3 1. Be able to identify and select sources of data and information ............................ 4 Data and Information .............................................................................................. 4 Characteristics of Good Information ............................................................................... 6 Sources of Information ................................................................................................... 9 Nature of Information...................................................................................................... 9†¦show more content†¦STRATEGIC LEVEL At this level managers are largely concerned with long-term organisational planning. Decisions tend to be unstructured and are made infrequently. However, the decisions made at this level are likely to have a large impact on the organisation as a whole and cannot be reversed easily. An example of this might be a choice of new markets into which to move. At my place of work strategic decisions are mainly made by the senior management team. As a lecturer and course tutor, I would mainly fall into the operational level of decision making and am involved in the day-to-day planning and running of my tutor group. Although I am not a manager, as a senior member of the team I am sometimes also involved in strategic and tactical decisions. CHARACTERISTICS OF GOOD INFORMATION LO 1.1 †¢ VALID Information should be valid, as misinterpretations, inaccuracies and misinformation could impact badly on decisions that need to be taken. For example if a lecturer teaching a subject must make sure they using an up-to-date syllabus otherwise the students could be receiving information that is not valid for when they sit their exams. †¢ RELIABLE Information should be obtained from a reliable source to ensure that it is correct, particularly if the information will be used as a starting point for decision-making. 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