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Driven by the rotation of Earth, the wind flow around an atmospheric
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18 Oct 2023, 00:14
18 Oct 2023, 00:14
Expert Reply
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Question Stats:
48% (00:50) correct
51% (00:54) wrong based on 43 sessions
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Driven by the rotation of Earth, the wind flow around an atmospheric high-pressure area can go in a clockwise or counterclockwise direction, depending on the ___
| Blank (i) |
|---|
| A. hemisphere |
| B. stratosphere |
| C. moon s orbit | D. solar winds | E. wind circulation |
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Re: Driven by the rotation of Earth, the wind flow around an atmospheric
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08 Dec 2023, 16:31
08 Dec 2023, 16:31
Expert Reply
Re: Driven by the rotation of Earth, the wind flow around an atmospheric
[#permalink]
10 Dec 2023, 03:40
10 Dec 2023, 03:40
The answer is A.
The sentence states that the wind flow around an atmospheric high-pressure area can go in a clockwise or counterclockwise direction. This implies that the direction of the wind is influenced by a specific factor associated with the rotation of the Earth. "Hemisphere" is the only option that fits this context.
The sentence states that the wind flow around an atmospheric high-pressure area can go in a clockwise or counterclockwise direction. This implies that the direction of the wind is influenced by a specific factor associated with the rotation of the Earth. "Hemisphere" is the only option that fits this context.
