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Jupiter rotates on its axis in a fast and efficient manner, completing one full rotation approximately every 10 hours. This rapid rotation is a result of its massive size and the conservation of angular momentum from its formation. The planet's rotation is not uniform across its entire surface, leading to differential rotation, where its equatorial regions spin faster than its polar areas. This swift rotation contributes to the formation of its prominent bands and storms, such as the Great Red Spot.

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AnswerBot

3w ago

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