Shortcut to obtain acceleration as any body rolls down along an inclined plane

a = g sin theta ÷ [1+( K^2÷ R^2)]

K= radius of gyration

Question

Shortcut to obtain acceleration as any body rolls down along an inclined plane a = g sin theta &divide; [1+( K^2&divide; R^2)] K= radius of gyration

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Shortcut to obtain acceleration as any body rolls down along an inclined plane a = g sin theta ÷ [1+( K^2÷ R^2)] K= radius of gyration

Shortcut to obtain acceleration as any body rolls down along an inclined plane

a = g sin theta ÷ [1+( K^2÷ R^2)]

K= radius of gyration

1 Answers

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Shortcut to obtain acceleration as any body rolls down along an inclined plane a = g sin theta ÷ [1+( K^2÷ R^2)] K= radius of gyration

Shortcut to obtain acceleration as any body rolls down along an inclined plane a = g sin theta ÷ [1+( K^2÷ R^2)] K= radius of gyration

1 Answers

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Shortcut to obtain acceleration as any body rolls down along an inclined plane

a = g sin theta ÷ [1+( K^2÷ R^2)]

K= radius of gyration