A point object moves along an arc of a circle of radius 'R'. Its velocity depends upon the distance covered 'S' as V=K sqrtS where 'K' is a constant. If 'theta' is the angle between the total acceleration and tangential acceleration, then

A point object moves along an arc of a circle of radius 'R'. Its veloc

1.	A point object moves along an arc of a circle of radius 'R'. Its velocity depends upon the distance covered 'S' as V=K sqrtS where 'K' is a constant. If 'theta' is the angle between the total acceleration and tangential acceleration, then
Answer» `tan THETA = SQRT((S)/(R))` `tan theta = sqrt((S)/(2 R))` `tan theta = (S)/(2 R)` `tan theta = (2 S)/(R)` ANSWER :B

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A point object moves along an arc of a circle of radius 'R'. Its velocity depends upon the distance covered 'S' as V=K sqrtS where 'K' is a constant. If 'theta' is the angle between the total acceleration and tangential acceleration, then

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