An airplane is flying at speed of 300 mi/hour and at a bearing of 40° at a constant altitude. The airplane meets a wind whose speed is 60 mi/ hour and whose bearing 155°. a) Draw a vector that...

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An airplane is flying at speed of 300 mi/hour and at a bearing of 40° at a constant altitude. The airplane meets a wind whose speed is 60 mi/ hour and whose bearing 155°.
a) Draw a vector that represents the problem.
b) Find the resulting speed and bearing of the airplane as it flies through the wind.

Answered Same DayDec 23, 2021

Answer To: An airplane is flying at speed of 300 mi/hour and at a bearing of 40° at a constant altitude. The...

Robert answered on Dec 23 2021
124 Votes
Question:

An airplane is flying at speed of 300 mi/hour and at a bearing of 40° at a constant

altitude. The airplane meets a wind whose speed is 60 mi/ hour and whose bearing
155°.

a) Draw a vector that represents the problem.

b) Find the resulting speed and bearing of the...
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