Test_3_Answers

Test_3_Answers - a.i.1.a.i.1.a.i. Konrad GEOG 111 Name_ _...

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a.i.1.a.i.1.a.i. Konrad GEOG 111 Name___________________ _______________ a.i.1.a.i.1.a.ii. Fall 2010 a.i.1.a.i.1.a.iii. TEST 3 19 November 2010 a.i.1.a.i.1.a.iv. a.i.1.a.i.1.a.v. Instructions: Fill out your name and PID number on the top left portion of the scantron sheet. (PID goes where it says identification number). Answer the questions on the test by darkening the circle containing the correct numbered response for each question. Double check to make sure that the question numbers on the test corresponds with those on the scantron sheet. Be sure to use a #2 pencil! a.i.1.a.i.1.a.vi. a.i.1.a.i.1.a.vii. 1. Warm air is located to the _______ of the jet stream in the Northern Hemisphere. (assume that you are moving with the jet stream). a.i.1.a.i.1.a.viii. 1. right a.i.1.a.i.1.a.ix. 2. left a.i.1.a.i.1.a.x. a.i.1.a.i.1.a.xi. 2. The jet stream is closest to the Carolinas in the _________. a.i.1.a.i.1.a.xii. 1. summer – early fall a.i.1.a.i.1.a.xiii. 2. fall – early winter a.i.1.a.i.1.a.xiv. 3. late fall - winter a.i.1.a.i.1.a.xv. 4. winter – early spring a.i.1.a.i.1.a.xvi. 5. late winter - spring a.i.1.a.i.1.a.xvii. 3. In what location relative to the jet stream would you
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experience the most persistent weather patterns? a.i.1.a.i.1.a.xviii. 1. Directly near the jet stream a.i.1.a.i.1.a.xix. 2. 10 miles south of the jet stream a.i.1.a.i.1.a.xx. 3. 1,000 miles north of the jet stream a.i.1.a.i.1.a.xxi. 4. 1,000 miles south of the jet stream a.i.1.a.i.1.a.xxii. a.i.1.a.i.1.a.xxiii. 4. Suppose the jet stream is situated over North Carolina. If the temperatures in the lower troposphere increase to our north and decrease to south, the strength of the jet stream (i.e. wind speed) should _____________. a.i.1.a.i.1.a.xxiv. 1. increase a.i.1.a.i.1.a.xxv. 2. decrease a.i.1.a.i.1.a.xxvi. 3. be unchanged a.i.1.a.i.1.a.xxvii. a.i.1.a.i.1.a.xxviii. 5. Jet stream winds _________ downstream of ridges causing _________ in the upper troposphere. a.i.1.a.i.1.a.xxix. 1. increase, convergence a.i.1.a.i.1.a.xxx. 2. decrease, convergence a.i.1.a.i.1.a.xxxi. 3. increase, divergence a.i.1.a.i.1.a.xxxii. 4. decrease, divergence a.i.1.a.i.1.a.xxxiii. a.i.1.a.i.1.a.xxxiv. a.i.1.a.i.1.a.xxxv. 6. This promotes _______ air in the tropospheric column and _______ in surface pressure. a.i.1.a.i.1.a.xxxvi. 1. rising, increases a.i.1.a.i.1.a.xxxvii. 2. rising, decreases a.i.1.a.i.1.a.xxxviii. 3. sinking, increases a.i.1.a.i.1.a.xxxix. 4. sinking, decreases a.i.1.a.i.1.a.xl. a.i.1.a.i.1.a.xli. 7. What type of vertical temperature profile is associated with the development of a very cold air
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mass in Canada in the lower troposphere? 1. Temperatures decreasing with increasing height 2. Temperatures about the same with increasing height (i.e. isothermal) 3. Temperatures increasing with increasing height. a.i.1.a.i.1.a.xlii.
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This document was uploaded on 10/28/2011 for the course GEOG 111 at UNC.

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Test_3_Answers - a.i.1.a.i.1.a.i. Konrad GEOG 111 Name_ _...

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