In the case of a whirling can at the end of a string, if the string breaks, what is the path of the can? ________________________________________________________________________________________ How can you simulate gravity in space? ________________________________________________________ Explain the difference between linear momentum and angular momentum. _____________________________ _________________________________________________________________________________________
In the case of a whirling can at the end of a string, if the string breaks, what is the path of the can?
________________________________________________________________________________________
How can you simulate gravity in space? ________________________________________________________
Explain the difference between linear momentum and
_________________________________________________________________________________________
During the whirling motion of a can, a centripetal force acts on it, and it starts the uniform circular motion. When the string breaks, there will be no force acting on the can, and it starts moving along a straight path in the direction of the velocity at that instant.
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