A small ball is kept on the top of a sphere of radius R. The sphere start accelerating with constant accelerationof 10m//s^(2) horizontally. The angle of radial line with the vertical at which small ball leaves the sphere is 1/2 sin^(-1)(K//9). Find the value of K. [take g=10m//s^(2)]

A small ball is kept on the top of a sphere of radius R. The sphere st

1.	A small ball is kept on the top of a sphere of radius R. The sphere start accelerating with constant accelerationof 10m//s^(2) horizontally. The angle of radial line with the vertical at which small ball leaves the sphere is 1/2 sin^(-1)(K//9). Find the value of K. [take g=10m//s^(2)]
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A small ball is kept on the top of a sphere of radius R. The sphere start accelerating with constant accelerationof 10m//s^(2) horizontally. The angle of radial line with the vertical at which small ball leaves the sphere is 1/2 sin^(-1)(K//9). Find the value of K. [take g=10m//s^(2)]

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