A particle is moving with constant speed in a circle as shown in (Fig. 5.163). Find the angular velocity of the particle A with respect to fixed point `B and C` if angular velocity with respect to `O is omega`. .

A particle is moving with constant speed in a circle as shown in (Fig.

1.	A particle is moving with constant speed in a circle as shown in (Fig. 5.163). Find the angular velocity of the particle A with respect to fixed point `B and C` if angular velocity with respect to `O is omega`. .
Answer» Angular velocity of `A` with respect to `O` is `omega_(A C) = ((v_(A O))_\|_)/(r_(A O)) = (v)/( r)= omega` `:. omega_(A B) = ((v_(A B))_\|_)/(r_(A B))= (v)/(2 r)=(omega)/(2)` and `omega_(A C) = ((v_(A C))_\|_)/(r_(A C)) = (v)/(3 r) = (omega)/(3)`.

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A particle is moving with constant speed in a circle as shown in (Fig. 5.163). Find the angular velocity of the particle A with respect to fixed point `B and C` if angular velocity with respect to `O is omega`. .

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