Illustrate the cross-sectional air flow of the 3 N. hemisphere atmospheric circulation cells.Draw red arrows that depict wind patterns that would be created in the N. hemisphere if there were no influence from the Coriois effect
Illustrate the cross-sectional air flow of the 3 N. hemisphere atmospheric circulation cells.Draw red arrows that depict wind patterns that would be created in the N. hemisphere if there were no influence from the Coriois effect
Phys Geog Exam 2 – Use any resource EXCEPT another person; cite the source to avoid plagiarism. Exams are to be delivered to Blackboard (Browse > Attach > submit) before 11:59:00 PM, Tuesday Nov 8, 2016. NO CREDIT for late exams.
1 Use the globe below to answer the following questions.
Illustrate the cross-sectional air flow of the 3 N. hemisphere atmospheric circulation cells (3 pts)
Draw red arrows that depict wind patterns that would be created in the N. hemisphere if there were no influence from the Coriois effect (3 pts)
Draw blue arrows depicting wind patterns as they actually exist in the N. hemisphere due to the influence of the Coriolis effect (3 pts)
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The post Illustrate the cross-sectional air flow of the 3 N. hemisphere atmospheric circulation cells.Draw red arrows that depict wind patterns that would be created in the N. hemisphere if there were no influence from the Coriois effect appeared first on My Nursing Paper.
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