Let v and a denote the velocity and acceleration respectively of a body.

Let vec(v) and vec(a) denote the velocity and acceleration respectively of a body in one-dimensional motion.

Let v and a represent instantaneous velocity and acceleration of a particle respectively.

Let v and a be the instantaneous velocity and acceleration of a particle moving in a plane. Then rate of change of speed (dv)/(dt) of the particle is equal to

Let v and a be the instantaneous velocity and acceleration of a particle moving in a plane. Then rate of change of speed (dv)/(dt) of the particle is equal to

If I, alpha and tau are MI, angular acceleration and torque respectively of a body rotating about any axis with angular velocity omega , then

If I, alpha and tau are the moment of inertia, angular acceleration and torque respectively of a body rotating about an axis with angular velocity omega then,

If I, alpha and tau are the moment of inertia, angular acceleration and torque respectively of a body rotating about an axis with angular velocity omega then,

In negative acceleration, the velocity of a body____