An impulse is supplied to a moving object with the force at an angle of $120^{0}$ with the velocity vector. The angle between the impulse vector and the change in momentum vector is

Question

An impulse is supplied to a moving object with the force an angle of 120-0- with the velocity vector- The angle between the impulse vector and the change in momentum vector is120-0-0-0-60-0-240-0-

Toppr Admin · Accepted Answer

Impulse of a force which is defined as force times its duration of action is equal to the change in the momentum of the body- Hence the direction of impulse will be along the direction of change in momentum-

An impulse is supplied to a moving object with the force at an angle of $120^{0}$ with the velocity vector. The angle between the impulse vector and the change in momentum vector is
$120^{0}$
$0^{0}$
$60^{0}$
$240^{0}$

Impulse of a force which is defined as force times its duration of action is equal to the change in the momentum of the body. Hence the direction of impulse will be along the direction of change in momentum.

An impulse is supplied to a moving object with the force at an angle of 1200 with the velocity vector. The angle between the impulse vector and the change in momentum vector is1200006002400

Impulse of a force which is defined as force times its duration of action is equal to the change in the momentum of the body. Hence the direction of impulse will be along the direction of change in momentum.

An impulse is supplied to a moving object with the force at an angle of $120^{0}$ with the velocity vector. The angle between the impulse vector and the change in momentum vector is
$120^{0}$
$0^{0}$
$60^{0}$
$240^{0}$