A ball falling with velocity `vecv_(i)=(-0.65hati-0.35hatj)ms^(-1)` is subjected to a net impulse `vecI=(0.6hati+0.18hatj)` Ns. If the ball has a mass of `0.275kg` calculate its velocity immediately following the impulse .

A ball of mass m, travelling with velocity 2hati+3hatj receives an impulse -3mhati . What is the velocity of the ball immediately afterwards?

A ball of mass m, travelling with velocity 2hati+3hatj receives an impulse -3mhati . What is the velocity of the ball immediately afterwards?

A particle has an initial velocity (12hati+10hatj) ms^(-1) and an acceleration of (0.5hati+0.6hatj)ms^(-2) . Its speed after 20s is

A particle has an initial velocity (6hati+8hatj) ms^(-1) and an acceleration of (0.8hati+0.6hatj)ms^(-2) . Its speed after 10s is

A particle has an initial velocity (6hati+8hatj) ms^(-1) and an acceleration of (0.8hati+0.6hatj)ms^(-2) . Its speed after 10s is

A particle has an initial velocity (6hati+8hatj) ms^(-1) and an acceleration of (0.8hati+0.6hatj)ms^(-2) . Its speed after 10s is

Motion of Mass Center in Vector Form A 2.0 kg particle has a velocity of vecv_1=(2.0hati-3.0hatj) m /s, and a 3.0 kg particle has a velocity vecv_2=(1.0hati+6.0hatj) m/s. (a) How fast is the center of mass of the particle system moving? (b) Find velocities of both the particles in centroidal frame.

A particle has an initial velocity (3hati+2hatj) ms^(-1) and an acceleration of (0.2hati+0.3hatj)ms^(-2) . Its speed after 10s is

A 0.2 kg object at rest is subjected to a force (0.3hati-0.4hatj) N . What is its velocity vector after 6 sec