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d1v1n1ty nb
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If a spinning ball hits the floor is it possible for it to increase in velocity in the direction it is travelling? If so could you please explain with an example? And what Equations would you use? Thanx.
Yes, spin can affect the velocity of an object. When an object is spinning, it creates angular momentum which can transfer to linear momentum, resulting in an increase in velocity.
Spin can cause an object to curve or bend in its trajectory. This is known as the Magnus effect, where the spin creates a difference in air pressure around the object, causing it to move in a curved path.
Yes, there is a limit to how much spin can increase velocity. This is due to the fact that as an object spins faster, it experiences more air resistance, which can eventually counteract the increase in velocity.
No, spin can potentially increase velocity in any object. However, the amount of increase will depend on various factors such as the shape, weight, and air resistance of the object.
Yes, the direction of spin can impact the velocity increase. For example, a forward spin on a ball in a game like baseball or tennis can increase the velocity of the ball, while a backward spin can decrease the velocity.