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1. a body of mass mass m is at the top of a frictionaless hemisphere inverted bowl of radius r. if the body start slipping from heighest point then the horizontal distance distance betwen the point where it leave contact with sphere and the point where the body was placed.

1. a body of mass mass m is at the top of a frictionaless hemisphere inverted bowl of radius r. if the body start slipping from heighest point then the horizontal distance distance betwen the point where it leave contact with sphere and the point where the body was placed.

Grade:12

2 Answers

mohit sengar
39 Points
10 years ago

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mohit sengar
39 Points
10 years ago

now u can find the horizontal distance which is equal to  r sin theta   sin theta can be obtained from the above value of cos theta

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