For a body, angular velocity `(vecomega)=hati-2hatj+3hatk` and radius vector `(vecr)=hati+hatj+hatk`, then its velocity:

The linear velocity of rotating body is given by vecv = vecomega xx vecr where vecomega is the angular velocity and vecr is the radius vector. The angular velocity of body vecomega = hati - 2hatj + 2hatk and this radius vector vecr = 4hatj - 3hatk , then |vecv| is

If angular velocity of a point object is vecomega=(hati+hat2j-hatk) rad/s and its position vector vecr=(hati+hatj-5hatk) m then linear velocity of the object will be

If angular velocity of a point object is vecomega=(hati+hat2j-hatk) rad/s and its position vector vecr=(hati+hatj-5hatk) m then linear velocity of the object will be

If vecomega=2hati-3hatj+4hatk and vecr=2hati-3hatj+2hatk then the linear velocity is

If vecomega=2hati-3hatj+4hatk and vecr=2hati-3hatj+2hatk then the linear velocity is

What is the value of linear veloctity, if vecomega =hati-hatj+hatk and vecr=hati+2hatj+3hatk

What is the value of linear veloctity, if vecomega =hati-hatj+hatk and vecr=hati+2hatj+3hatk

What is the value of linear veloctity, if vecomega =hati-hatj+hatk and vecr=hati+2hatj+3hatk