Exam1_Practice
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Exam1_Practice

Course: GO 101, Spring 2011

School: Park

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Name: ______________________ Class: _________________ Date: _________ ID: A Meteorology Practice Exam Multiple C hoice Identify the choice that best completes the statement or answers the question. ____ 1. In a volume of air near the earth's surface, ____ occupies 78 percent and ____ nearly 21 percent. a. nitrogen, oxygen b. hydrogen, oxygen c. oxygen, hydrogen d. nitrogen, water vapor e. hydrogen, helium...

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______________________ Class: Name: _________________ Date: _________ ID: A Meteorology Practice Exam Multiple C hoice Identify the choice that best completes the statement or answers the question. ____ 1. In a volume of air near the earth's surface, ____ occupies 78 percent and ____ nearly 21 percent. a. nitrogen, oxygen b. hydrogen, oxygen c. oxygen, hydrogen d. nitrogen, water vapor e. hydrogen, helium ____ 2. The a. b. c. d. ____ 3. Much of Tibet lies at altitudes over 18,000 feet where the pressure is about 500 mb. At such altitudes, the Tibetans are above roughly: a. 10 percent of the air molecules in the atmosphere. b. 25 percent of the air molecules in the atmosphere. c. 50 percent of the air molecules in the atmosphere. d. 75 percent of the air molecules in the atmosphere. e. 90 percent of the air molecules in the atmosphere. ____ 4. The a. b. c. d. e. ____ 5. In the stratosphere, the air temperature normally: a. decreases with increasing height. b. increases with increasing height. c. both increases and decreases depending on the season. d. cannot be measured. ____ 6. The a. b. c. d. e. amount of force exerted over an area of surface is called: density. weight. temperature. pressure. planet with a strong greenhouse effect, whose surface temperature averages 480C (900F) is: Earth. Venus. Mars. Pluto. none of these most abundant gas in the stratosphere is: oxygen (O2 ). nitrogen (N2 ). carbon dioxide (CO2 ). ozone (O3 ). chlorofluorocarbons (CFCs). 1 Name: ______________________ ID: A ____ 7. Scientists are able to determine the air temperature in the thermosphere by: a. using radiosondes. b. using temperature probes in orbiting satellites. c. observing changes in satellite orbits. d. direct measurements in manned, high-altitude balloons. ____ 8. The a. b. c. d. ____ 9. Meteorology is the study of: a. landforms. b. the oceans. c. the atmosphere. d. outer space. e. extraterrestrial meteoroids that enter the atmosphere. rate at which temperature decreases with increasing altitude is known as the: temperature slope. lapse rate. sounding. thermocline. ____ 10. Where cold surface air replaces warm air, the boundary separating the different bodies of air is: a. a parallel of latitude. b. a tornado. c. a cold front. d. a warm front. ____ 11. The horizontal extent of the ozone hole can sometimes exceed the size of the Antarctic continent. a. true b. false ____ 12. About ____ of the meteorologists and atmospheric scientists in the United States work in the field of weather forecasting. a. one-tenth b. one-half c. three-quarters d. nine-tenths ____ 13. Meteorology is considered a branch of: a. mineralogical sciences. b. phenology. c. phrenology. d. atmospheric sciences. ____ 14. Heat waves are generally considered to be little more than a nuisance and are not responsible for considerable loss of life. a. true b. false 2 Name: ______________________ ID: A ____ 15. Energy of motion is also known as: a. dynamic energy. b. kinetic energy. c. sensible heat energy. d. static energy. e. latent heat energy. ____ 16. The a. b. c. d. heat energy released when water vapor changes to a liquid is called: latent heat of evaporation. latent heat of fusion. latent heat of fission. latent heat of condensation. ____ 17. When water changes from a liquid to a vapor, we call this process: a. freezing. b. condensation. c. sublimation. d. deposition. e. evaporation. ____ 18. The a. b. c. d. e. term "latent" means: late. hot. light. hidden. dense. ____ 19. The a. b. c. d. processes of condensation and freezing: both release sensible heat into the environment. both absorb sensible heat from the environment. do not affect the temperature of their surroundings. do not involve energy transport. ____ 20. The sun emits a maximum amount of radiation at wavelengths near ____, while the earth emits maximum radiation near wavelengths of ____. a. 0.5 micrometers, 30 micrometers b. 0.5 micrometers, 10 micrometers c. 10 micrometers, 30 micrometers d. 1 micrometer, 10 micrometers ____ 21. Which of the following has a wavelength shorter than that of violet light? a. green light b. blue light c. infrared radiation d. red light e. ultraviolet radiation 3 Name: ______________________ ____ 22. At a. b. c. d. e. ID: A which temperature would the earth be radiating energy at the greatest rate or intensity? -5F -40F 60F 32F 105F ____ 23. If the earth's average surface temperature were to increase, the amount of radiation emitted from the earth's surface would ____, and the wavelength of peak emission would shift toward ____ wavelengths. a. increase; shorter b. increase; longer c. decrease; shorter d. decrease; longer ____ 24. Of the gases listed below, which is N OT believed to be responsible for enhancing the earth's greenhouse e ffect? a. chlorofluorocarbons (CFCs) b. molecular oxygen (O2 ) c. nitrous oxide (N2 O) d. carbon dioxide (CO2 ) e. methane (CH4 ) ____ 25. An a. b. c. d. increase in albedo would be accompanied by ____ in radiative equilibrium temperature. an increase a decrease no change unstable oscillations ____ 26. If the amount of energy lost by the earth to space each year were not approximately equal to that received, a. the atmosphere's average temperature would change. b. the length of the year would change. c. the sun's output would change. d. the mass of the atmosphere would change. ____ 27. Charged particles from the sun that travel through space at high speeds are called: a. radiation. b. the aurora. c. solar wind. d. solar flares. ____ 28. The a. b. c. d. e. aurora is produced by: reflections of sunlight by polar ice fields. fast-moving charged particles colliding with air molecules. burning oxygen caused by the intense sunlight at high altitude. the combination of molecular and atomic oxygen to form ozone. scattering of sunlight in the upper atmosphere. 4 Name: ______________________ ID: A ____ 29. In the figure below, energy is being transported ____. a. b. upward downward ____ 30. Sunlight passes through a thicker portion of the atmosphere at: a. sunrise. b. noon. c. sunset. d. night. e. both sunrise and sunset. ____ 31. The geographical pattern of average air temperature near sea level is ____ homogeneous in the southern hemisphere as compared to the northern hemisphere. a. less b. more ____ 32. The a. b. c. d. e. main reason(s) for warm summers in middle latitudes is that: the earth is closer to the sun in summer. the sun is higher in the sky and we receive more direct solar radiation. the days are longer. all of these b and c only ____ 33. In July, at middle latitudes in the Northern Hemisphere, the day is ____ long and is ____ with each passing day. a. less than 12 hours; getting longer b. less than 12 hours; getting shorter c. more than 12 hours; getting longer d. more than 12 hours; getting shorter ____ 34. Assuming that the night will remain clear, calm, and unsaturated, the predicted minimum temperature is 3 2F. Suddenly the wind speed increases and remains gusty throughout the night. The minimum temperature will most likely be: a. about the same as predicted but will occur earlier in the night. b. higher than predicted due to the release of latent heat. c. much lower than predicted due to radiational cooling. d. higher than predicted due to mixing. ____ 35. Two objects, A and B, have the same mass but the specific heat of A is larger than B. If both objects absorb equal amounts of energy, a. A will become warmer than B. b. B will become warmer than A. c. both A and B will warm at the same rate. d. A will get warmer, but B will get colder. 5 Name: ______________________ ID: A ____ 36. The air temperature is 45F, the wind is blowing at 30 MPH, and the wind chill temperature is 15F. These conditions would be equivalent to: a. a 15F air temperature and 0 MPH winds. b. a 30F air temperature and 45 MPH winds. c. a 30F air temperature and 15 MPH winds. d. a 15F air temperature and 30 MPH winds. ____ 37. More solar radiation is received at the: a. earth's surface. b. top of the atmosphere. c. north and south poles. ____ 38. In the northern hemisphere, north-facing hillsides have a ____ growing season than south-facing hillsides. a. shorter b. longer ____ 39. In the northern hemisphere, a solar panel should be placed on the side of the roof facing: a. east. b. west. c. north. d. south. ____ 40. A strong radiation inversion is more likely to occur on a: a. warm, windy night. b. cool, windy night. c. rainy night with light winds. d. clear night with light winds. ____ 41. When the air is saturated, which of the following statements is N OT correct? a. The air temperature equals the wet-bulb temperature. b. The relative humidity is 100 percent. c. The air temperature equals the dew point temperature. d. An increase in temperature will cause condensation to occur. e. The wet bulb temperature equals the dew point temperature. ____ 42. If all the water vapor in the atmosphere were to condense and fall to the ground, the globe would be covered with about ____ of water. a. 1 millimeter b. 1 inch c. 1 foot d. 1 meter ____ 43. The total mass of water vapor stored in the atmosphere at any moment is about ____ of the world's supply of precipitation. a. 1 day b. 1 week c. 1 month d. 1 year 6 Name: ______________________ ID: A ____ 44. Which of the following will increase in a rising parcel of air? a. saturation vapor pressure b. relative humidity c. mixing ratio d. air temperature e. none of these ____ 45. If water vapor comprises 3.5 percent of an air parcel whose total pressure is 1,000 mb, the water vapor pressure would be: a. 1,035 mb. b. 35 mb. c. 350 mb. d. 965 mb. ____ 46. When the air temperature is below freezing, the saturation vapor pressure over water is ____. a. equal to zero b. less than the saturation vapor pressure over ice c. greater than the saturation vapor pressure over ice d. equal to the saturation vapor pressure over ice ____ 47. The a. b. c. d. e. percentage of water vapor present in the air compared to that required for saturation is the: mixing ratio. absolute humidity. dew point. relative humidity. specific humidity. ____ 48. The a. b. c. d. e. time of day when the relative humidity reaches a maximum value is usually: at the time when the air temperature is highest in the middle of the afternoon at the time when the air temperature is lowest just before sunrise about midnight ____ 49. Which of the following statements is n ot correct? a. The length of human hair changes as the relative humidity changes. b. During the winter, low relative humidity can irritate the mucus membranes in the nose and throat. c. The relative humidity is a measure of the air's actual water vapor content. d. A change in the air temperature can change the relative humidity. ____ 50. The a. b. c. d. e. name given to a liquid drop of dew that freezes when the air temperature drops below freezing is: frost. black frost. hoarfrost. white frost. frozen dew. 7 Name: ______________________ ID: A ____ 51. Suppose it is a winter night and at about 11 p.m., the air cools to the dew-point temperature and a thick radiation fog develops. If the air continues to cool during the night, in 5 hours the dew point temperature will probably: a. decrease as the air becomes drier. b. decrease as the air becomes moister. c. increase as the air becomes drier. d. increase as the air becomes moister. ____ 52. Frost typically forms on the inside of a windowpane (rather than the outside) because: a. the inside of the pane is colder than the outside. b. there is more water vapor touching the inside of the pane. c. there is less water vapor touching the inside of the pane. ____ 53. Condensation nuclei may be: a. particles of dust. b. nitric acid particles. c. smoke from forest fires. d. salt from the ocean. e. all of these ____ 54. Fog a. b. c. d. e. that forms off the coast of Newfoundland is mainly a form of: advection fog. frontal fog. steam fog. radiation fog. upslope fog. ____ 55. Fog a. b. c. d. that most often forms as warm rain falls into a cold layer of surface air is called: radiation fog. evaporation (mixing) fog. advection fog. upslope fog. ____ 56. Fog is a major hazard to aviation. a. true b. false ____ 57. At which city might you be able to observe cirrus clouds at an altitude of 3,000 m (10,000 feet) above the surface? a. Barrow, Alaska b. Honolulu, Hawaii c. Miami, Florida d. Chicago, Illinois ____ 58. A dim, "watery" sun visible through a gray sheet-like cloud layer is often a good indication of ____ clouds. a. stratocumulus b. cirrostratus c. cumulonimbus d. altostratus e. nimbostratus 8 Name: ______________________ ID: A ____ 59. Towering cumulus (cumulus congestus) would refer to which of the clouds sketched below? a. b. c. a b c ____ 60. Suppose two unsaturated air masses mix horizontally. The resulting cannot mixture possibly be saturated. a. true b. false ____ 61. Typically, water vapor occupies about what percentage of the air's volume near the earth's surface? a. about 78 percent b. about 21 percent c. close to 10 percent d. less than 4 percent e. none of these ____ 62. The a. b. c. d. unit of pressure most commonly found on a surface weather map is: inches of mercury (Hg). millibars or hectopascals. pounds per square inch. millimeters of mercury (Hg). ____ 63. The a. b. c. d. e. gas responsible for the greenhouse effect on Venus is: carbon dioxide (CO2 ). oxygen (O2 ). ozone (O3 ). nitrogen (N2 ). water vapor (H2 O). ____ 64. Carbon dioxide is a naturally-occurring component of the atmosphere. a. true b. false ____ 65. The a. b. c. d. e. atmospheric layer in which we live is called the: troposphere. stratosphere. thermosphere. ionosphere. exosphere. 9 Name: ______________________ ID: A ____ 66. In the middle latitudes of the Northern Hemisphere, surface winds tend to blow ____ and ____ around an area of surface low pressure. a. clockwise; inward b. clockwise; outward c. counterclockwise; inward d. counterclockwise; outward ____ 67. A change of one degree on the Celsius scale is ____ a change of one degree on the Fahrenheit scale. a. equal to b. larger than c. smaller than d. is in the opposite direction of ____ 68. The a. b. c. d. temperature scale where 0 represents freezing and 100 boiling is called: Fahrenheit. Celsius. Kelvin. absolute. ____ 69. The a. b. c. d. transfer of heat by molecule-to-molecule contact is: conduction. convection. radiation. ultrasonic. ____ 70. How do red and blue light differ? a. Blue light has a higher speed of propagation. b. The wavelength of red light is longer. c. Red light has a higher intensity. d. Red and blue light have different directions of polarization. ____ 71. Solar radiation reaches the earth's surface as: a. visible radiation only. b. ultraviolet radiation only. c. infrared radiation only. d. visible and infrared radiation only. e. ultraviolet, visible, and infrared radiation. ____ 72. The a. b. c. d. earth emits radiation with greatest intensity at: infrared wavelengths. radio wavelengths. visible wavelengths. ultraviolet wavelengths. ____ 73. The a. b. c. d. earth's atmospheric window is in the: ultraviolet region. visible region. infrared region. polar regions. 10 Name: ______________________ ID: A ____ 74. Suppose last night was clear and calm. Tonight low clouds will be present. From this you would conclude that tonight's minimum temperature will be: a. higher than last night's minimum temperature. b. lower than last night's minimum temperature. c. the same as last night's minimum temperature. d. above freezing. ____ 75. The a. b. c. d. e. combined albedo of the earth and the atmosphere is approximately ____ percent. 4 10 30 50 90 ____ 76. Sunlight that bounces off a surface is said to be ____ from the surface. a. radiated b. absorbed c. emitted d. reflected ____ 77. The earth's radiative equilibrium temperature is: a. the temperature at which the earth is absorbing solar radiation and emitting infrared radiation at equal rates. b. the temperature at which the earth is radiating energy at maximum intensity. c. the average temperature the earth must maintain to prevent the oceans from freezing solid. d. the temperature at which rates of evaporation and condensation on the earth are in balance. ____ 78. During the course of a year, the sun will disappear from view near the North Pole on what date? a. June 21 b. September 23 c. December 23 d. January 1 e. March 21 ____ 79. The maximum in daytime surface temperature typically occurs ____ the earth receives its most intense solar radiation. a. before b. after c. exactly when ____ 80. To protect fruit trees from frost, it is important to keep the air as still as possible. a. true b. false 11 Name: ______________________ ____ 81. At a. b. c. d. e. ID: A the North Pole the sun will rise above the horizon on ____ and set below the horizon on ____. June 22; September 23 September 23; December 22 March 21; September 23 June 22; December 22 March 21; December 22 ____ 82. The earth is tilted at an angle of 23.5 with respect to the plane of its orbit around the sun. If the amount of tilt were increased to 40, we would expect in middle latitudes: a. hotter summers and colder winters than at present. b. cooler summers and milder winters than at present. c. hotter summers and milder winters than at present. d. cooler summers and colder winters than at present. e. no appreciable change from present conditions. ____ 83. The a. b. c. d. term "normal" refers to weather data averaged over: at least a day. several months. one year. thirty years. ____ 84. The a. b. c. d. greatest variation in daily temperature usually occurs: at the ground. about 5 feet above the ground. at the top of a high-rise apartment complex. at the level where thermals stop rising. ____ 85. In most areas, the warmest time of the day about 5 feet above the ground occurs: a. around noon. b. in the afternoon between 3 and 5 p.m. c. in the early evening after 6 p.m. d. just before the sun sets. ____ 86. Which of the following can be used as a method of protecting an orchard from damaging low temperatures during a radiation inversion? a. orchard heaters b. wind machines c. irrigation (cover the area with water) d. all of these ____ 87. When a liquid thermometer is held in direct sunlight, a. it will accurately measure the air temperature. b. it will measure a much higher temperature than that of the air. c. it will measure a much lower temperature than that of the air. d. it will measure the temperature of the sun rather than the air. 12 Name: ______________________ ____ 88. An a. b. c. d. e. ID: A ideal shelter for housing a temperature-measurement instrument should be: white. black. in the shade. both white and in the shade. both black and in the shade. ____ 89. The relative humidity is often near 100 percent in the polar regions. a. true b. false ____ 90. If the air temperature remains constant, evaporating water into the air will ____ the dew point and ____ the relative humidity. a. increase; increase b. increase; decrease c. decrease; increase d. decrease; decrease ____ 91. The a. b. c. d. temperature to which air must be cooled in order to become saturated is the: minimum temperature. dew point temperature. wet-bulb temperature. freezing point. ____ 92. Which of the following is the BEST indicator of the actual amount of water vapor in the air? a. air temperature b. saturation vapor pressure c. relative humidity d. dew point temperature ____ 93. The a. b. c. d. e. lowest temperature that can be attained by evaporating water into the air is known as the: heat index. minimum temperature. wet-bulb temperature. frost point. wind chill temperature. ____ 94. Frost forms when: a. objects on the ground cool below the dew point temperature. b. the dew point is 32F or below. c. water vapor changes into ice without first becoming a liquid. d. all of the above ____ 95. Which of the following statements is/are correct? a. The largest concentration of condensation nuclei are usually observed near the Earth's surface. b. Wet haze restricts visibility more than dry haze. c. Fog is actually a cloud resting on the ground. d. With the same water vapor content, fog that forms in dirty air is usually thicker than fog that forms in cleaner air. e. All of these are correct. 13 Name: ______________________ ID: A ____ 96. Which statement(s) below is/are correct? a. Valleys are more susceptible to radiation fog than hill tops. b. Without the summer fog along the coast of California, redwoods would not grow well t here. c. Fog can be composed of ice crystals. d. All of the above are correct. ____ 97. Which association below is n ot correct? a. cumulus congestus - anvil top b. cumulus - fair weather cumulus c. altocumulus castellanus - resemble "little castles" d. stratus fractus - scud e. cumulonimbus - thunderstorm clouds ____ 98. In middle latitudes, which cloud will have the lowest base? a. cirrostratus b. stratocumulus c. altocumulus d. cirrus ____ 99. At middle latitudes, the base of an altostratus or altocumulus cloud would generally be found between: a. 200 and 6,500 feet. b. 6,500 and 23,000 feet. c. 23,000 and 43,000 feet. d. above 43,000 feet. ____ 100. When clouds are viewed near the horizon, the individual cloud elements usually: a. appear closer together than is actually the case. b. appear farther apart than is actually the case. c. appear lighter in color than is actually the case. d. appear to have more vertical development than is actually the case. ____ 101. Infrared and visible satellite images might provide: a. a way of determining cloud thickness and altitude. b. a way of distinguishing between wet and dry clouds. c. a way of identifying clouds suitable for cloud seeding. d. a way of distinguishing between "new" and "old" clouds. ____ 102. Stratus clouds are typically puffy and form by convection. a. true b. false Essay 1 03. In the discussion of the earth's annual energy balance, we saw that the earth absorbed approximately 51 units of solar energy but emitted 117 units of infrared energy. What prevents the earth from getting colder and colder? 14 Name: ______________________ ID: A 1 04. Several of the planets in our solar system are further from the sun and cooler than the earth. Do they emit electromagnetic radiation? Why are we able to see the planets in the sky at night? 1 05. Many people will blow on a bowl of hot soup to try to cool it. In your view, what are the two most important heat transport processes being used to cool the soup? 1 06. In what ways is the atmospheric greenhouse different from an agricultural greenhouse? 1 07. How is it possible for the ground to become warmer than the air just above it during the day and then turn colder than the air above it during the night? 1 08. Would hazy conditions generally indicate dry or humid conditions? 1 09. What kinds of information about clouds could you hope to determine using infrared and visible satellite p hotographs? 1 10. Under what circumstances might a person breathe stratospheric air? How often is it likely to happen in a student's lifetime? 1 11. What is meant by the terms water vapor saturation and saturation vapor pressure? Why does the saturation vapor pressure increase with increasing air temperature? 15 ID: A Meteorology Practice Exam Answer Section MULTIPLE CHOICE 1. 2. 3. 4. 5. 6. 7. 8. 9. 1 0. 1 1. 1 2. 1 3. 1 4. 1 5. 1 6. 1 7. 1 8. 1 9. 2 0. 2 1. 2 2. 2 3. 2 4. 2 5. 2 6. 2 7. 2 8. 2 9. 3 0. 3 1. 3 2. 3 3. 3 4. 3 5. 3 6. 3 7. 3 8. 3 9. 4 0. ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: Register to View AnswerD C B B B C B C C A B D B B D E D A B E E A B B A C B A E B E D D B A B A D D PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ID: A 4 1. 4 2. 4 3. 4 4. 4 5. 4 6. 4 7. 4 8. 4 9. 5 0. 5 1. 5 2. 5 3. 5 4. 5 5. 5 6. 5 7. 5 8. 5 9. 6 0. 6 1. 6 2. 6 3. 6 4. 6 5. 6 6. 6 7. 6 8. 6 9. 7 0. 7 1. 7 2. 7 3. 7 4. 7 5. 7 6. 7 7. 7 8. 7 9. 8 0. 8 1. 8 2. 8 3. 8 4. 8 5. 8 6. ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: Register to View AnswerB B B B C D C C E A B E A B A A D B B D B A A A C B B A B E A C A C D A B B B C A D A B D PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 ID: A 8 7. 8 8. 8 9. 9 0. 9 1. 9 2. 9 3. 9 4. 9 5. 9 6. 9 7. 9 8. 9 9. 1 00. 1 01. 1 02. ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: ANS: Register to View AnswerD A A B D C D E D A B B A A B PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: PTS: 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 ESSAY 1 03. ANS: Answer not provided. PTS: 1 1 04. ANS: Answer not provided. PTS: 1 1 05. ANS: Answer not provided. PTS: 1 1 06. ANS: Answer not provided. PTS: 1 1 07. ANS: Answer not provided. PTS: 1 1 08. ANS: Answer not provided. PTS: 1 3 ID: A 1 09. ANS: Answer not provided. PTS: 1 1 10. ANS: Answer not provided. PTS: 1 1 11. ANS: Answer not provided. PTS: 1 4

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Chapter 12 QuestionsQuestions for Review1. On a piece of paper, draw the different stages of a mid-latitude cyclonic storm as it goes through birth to decay accordingto the polar front (Norwegian) model.(A) Steps: (a) A segment of the polar front as a
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Q uestions for Review1. What is the function of the National Center for Environmental Prediction?a. The U.S. National Centers for Environmental Prediction ( NCEP) deliversnational and global weather, water, climate and space weather guidance,forecasts
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Q uestions for Review1. What is a thunderstorm?A.A convective storm (cumulonimbus cloud) with lightning and thunder.T hunderstorms can be composed of an ordinary cell, mulitcells, or a rapidly rotatingsupercell.2. What atmospheric conditions are nec
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Name:Lab 1: North American GeographyPart II: Map Interpretation8. List State & Record Maximum Temps: (p. 9)(a) California134(b) Arizona128(c) Nevada125(d) New Mexico1229. List State & Record Coldest Minimum Temps: (p. 10)(a) Alaska-80(b) Mo
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Lab 3: Radiation and Energy TransferE*(I) = Black body energy radiation = (Constant) E * = T 45.67 x 10-8 W/m-2/ K-4T = temperature in Kelvin = albedo (reflectivity) 0.30So = (Solar constant) 1376 W/m2Rearth = (earths radius) 7 x 108mmax = (Wiens
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Lab 5: Atmospheric MoisturePart 1: Thermodynamic Principles(1)Air cools as it rises. Assume that an unsaturated air parcel cools at the rate of 10 degrees Celsius for every kilometer it rises in the atmosphere. If an airparcels temperature initially is
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Lab 7: Surface Map AnalysisPart 1: Analyses of Station Model Plots1. i Phoenix2. g Dallas3. b Miami4. j Philadelphia5. d Minneapolis6. a Atlanta7. h new york city8. e San Francisco9. f Chicago10. c Tinker Air base11. l Salt lake City12. k Bal
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Lab 9: Soundings and StabilityPart 1: Adiabatic Processes and the Skew-T Diagram1. Examine the relationship between the moist and dry adiabats on Figure 3. Explain why themoist adiabats become parallel to the dry adiabats in the upper atmosphere.It is
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Lab 11: Severe Thunderstorms: A Case Study1. Storm spotter B probably should in terpret his storm as an immediate th reat.a. Type of Storm viewed by Spotter A: Multi-cell thunderstormb. Type of storm viewed by Spotter B: Supercell stormc. An ordinary,
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Name:Lab 13: Hurricane Tracks and ForecastsLaboratory Exercises:1. Complete in your workbook.2.a.b.c.d.e.f.g.50 mi = .714 deg lat/lon100 mi = 1.429 deg lat/lon140 mi = 2 deg lat/lon150 mi = 2.143 deg lat/lon180 mi = 2.571 deg lat/lon225 m
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Lab 14: Thunderstorms and Tornadoes1.a. LZK 650 mbb. FWD 725 mbc. DTX 525 mb2.a. LZK -2Cb. FWD 4Cc. DTX -10C3.a. LZK -2Cb. FWD 4Cc. DTX -11C4.a. LZK -10C = (since this neither is <or >-10C but =-10C, would i t be botho r a mixture of liquid
South Carolina - SOCY - 210
SUMMARY:Organizations are designed to ensure that people interact in ways necessaryto get their jobs done. All kind of work related encounters and relationships reflectsboth formal and informal relationships. Informal relationships play a major role in
Metropolitan State College of Denver - ACCOUNTING - 3300
Case 2-1 Bar Harbor Blueberry FarmData from CaseDateSupplier InvoiceSupplier NameSupplier AddressMarch 7March 11March 14March 21March 21March 24AJ3414568893V146991010210145Buds Soil Prep, Inc.Osto Farmers SupplyWhalers Fertilizer, Inc.
Everest University - LEGAL RESE - PLA3115
M EMORANDU MUNITED STATES DISTRICT COURTMIDDLE DISTRICT OF FLORDIAORLANDO DIVISIONUNITED STATES OF AMERICACase No. 7:10-CR-000-ORL-00QUESTION PRESENTEDWhere the officer had Jennifer Weiss wait in his patrol car while her searched the in whichshe h
Berkeley - CEE - 130
Berkeley - CEE - 130
Berkeley - CEE - 130
Berkeley - CEE - 130
Berkeley - CEE - C30
Name:_SID:_ME C85 / CE C30 Midterm 1 ExamMonday October 4, 2010Please1. Read through the test before starting.2. If youre out of space, write on back side and add a note in your solution referringto back side; do not detach any pages or add any ext
Berkeley - ENGIN - 36
Berkeley - ENGIN - 36
Berkeley - ENGIN - 36
UNIVERSITY OF CALIFORNIA, BERKELEYCollege of EngineeringStatics (E36)The Second Practice ExaminationProblem 1.Draw Free-body diagrams for both members: AC and CB shown in Figure 1. Find the reactionforces at the point A and B. (20 points)Figure 1:
Berkeley - ENGIN - 36
dM,=o= 6 ( 7.1- s v o I & ( ? / ),*By=6s r o 16 ?V-/-d;agracdaV = - wCx) ( A + c ) n eg. s lope;d'v - - dv~( P + c ) c ovlca\/e d~wqJ(x,J2h J v--( A+c>( A+c.)p o s . , t h e ~ ~ e g , s l o ~ e c+B) n e g . s i o p e(concave d o w ~
Berkeley - ENGIN - 36
Berkeley - ME - C85
ME85 Midterm 1 - Fall 2008 - PapadopoulosMean score: 71
Berkeley - ME - C85
Berkeley - ME - C85
Berkeley - ME - C85
2 009M IDTERM 1 F OR M E 8 5/CE 3 0 S ECTION( Zohdi)(NO C ALCULATORS/10OP OINTS)(BE N EAT a nd t urn i n t his t est s heeti n w ith y our w ork!)NAME:P ROBLEM 1 ( 20 p oints)(x5,Y5,25)F=ai+bj+ck(x3,Y3,23)(x2,Y2,22)(x4,Y4,z4)(x1,Y1,211_+XFig
Berkeley - ME - C85
2 009M IDTERM 1 F OR M E 8 5/CE 3 0 S ECTION( Zohdi)(NO C ALCULATORS/10OP OINTS)(BE N EAT a nd t urn i n t his t est s heeti n w ith y our w ork!)NAME:P ROBLEM 1 ( 20 p oints)(x5,Y5,25)F=ai+bj+ck(x3,Y3,23)(x2,Y2,22)(x4,Y4,z4)(x1,Y1,211_+XFig
Berkeley - ME - C85
Pr-b\.e'^'J-l*t,\J.,t4^. atJ.\4cfw_-<,'tbjl .b(t.t')-.-)< i(,1.),(,i'[p*P*ft\Xcr*,9rP",)/ x5,\5,ts) " Tcc*gP. ,Lv)44313 I-,fttlr:\LPcfw_--t?-a Eek-1)cr"9a -I- rttll e\11qa\3 p$'.|JtKl-Xo) !+ [js-Yr) it Gr-TfIt xa- xr)i t (
Berkeley - STATS - 20
Berkeley - STATS - 20
Homework #2 Solutions:
Berkeley - STATS - 20
Homework #3 Solutions
Berkeley - STATS - 20
Homework #4 Solutions:
Berkeley - STATS - 20
Homework #5 Solutions:3.66. (a) This is a stratified random sample. (b) Label from 01 through 27; beginning atline 122, we choose13 (805), 15 (760), 05 (916), 09 (510), 08 (925),27 (619), 07 (415), 10 (650), 25 (909), and 23 (310).Note: The area code
Berkeley - STATS - 20
Homework #6 Solutions:The mean was computed in 4.89:
Berkeley - STATS - 20
Homework #7 Solutions:
Berkeley - STATS - 20
Homework #8 Solutions:
Berkeley - STATS - 20
Berkeley - STATS - 20
Berkeley - STATS - 20
Berkeley - STATS - 20
Homework #11 Solutions:
Berkeley - CHEM - 1B
6 .24 a) (g2s)2 (*u2s)2 (g2p)2 (u2p)4 (*g2p)2 Paramagneticb) ( )2 (* )2 ( )3 Paramagneticg2su2su2pc) (g2s)2 (*u2s)2 (g2p)2 (u2p)4 (*g2p)2 Paramagnetic2 1.15 a) The volume of the cubic unit cell in elemental silicon is just the edge of the cell cubed
Berkeley - CHEM - 1B
Chemistry1BSpring2011Unit2,ProblemSet4AnswerKeyChapter634. SupposeweremovethreeelectronsfromCO2tocreatetheionCO23+.IsthedissociationenergyoftheresultingionlargerorsmallerthanthatofCO2?HowwilltheCObondschange?Explainyouranswers.Electronconfiguratio
Berkeley - CHEM - 1B
Chemistry1BSpring2011Unit2,ProblemSet8AnswerKeyChapter19(p.819;4,6,14,16)
Berkeley - CHEM - 1B
Homework 10 Solutions
Berkeley - CHEM - 1B
Chemistry1BSpring2011Unit1,ProblemSet1AnswerKey48. ThedistantgalaxycalledCygnusAisoneofthestrongestsourcesofradiowavesreachingEarth.ThedistanceofthisgalaxyfromEarthis3x1024m.Howlong(inyears)doesittakearadiowaveofwavelength10mtoreachtheEarth?Whatisth
Berkeley - CHEM - 1B
Problem Set 2 SolutionsChem 1BProblem Set 2 SolutionsChem 1B
Berkeley - CHEM - 1B
Problem set 6 Chapter 18: 6, 8, 12, 14
Berkeley - CHEM - 1B
Problem set 7 answer keyNote: because there is one data point missing from some books the equation for the line can beslightly different. I got a slope of -3900 K, and an intercept of 22.436.