A particle of mass `m` is projected at `t=0` from the point `P` on the ground with speed `v_(0)` at an angle of `theta` to the horizontal. Find the magnitude and direction of the angular momentum of the particle at time `t=(v_(0)sintheta)/(2g)`.

A particle is projected at time t=0 from a point P on the ground with a speed v_0, at an angle of 45^@ to the horizontal. Find the magnitude and direction of the angular momentum of the particle about P at tiem t= v_0//g

A particle is projected at time t=0 from a point P on the ground with a speed v_0, at an angle of 45^@ to the horizontal. Find the magnitude and direction of the angular momentum of the particle about P at tiem t= v_0//g

A particle is projected at time t=0 from a point P wilth a speed v_0 at an angle of 45^@ to the horizontal. Find the magnitude and the direction of the angular momentum of the particle about the point P at time t=v_0/g

A particle is projected at time t=0 from a point P wilth a speed v_0 at an angle of 45^@ to the horizontal. Find the magnitude and the direction of the angular momentum of the parallel about the point P at time t=v_0/g

A particle is projected at time t=0 from a point (P) with a speed v_(0) at an angle of 45^(@) to the horizontal.The magnitude of angular momentum of the particle about the point (P) at time (t=(v_(0))/(g)) is (mv_(0)^(3))/(2g sqrt(X)) .Then the value of X is?

A particle of mass m is projected with a speed v_(0) at an angle of projection theta with horizontal. Find the torque of the weight of the particle about the point of projection after time (v_(0)sintheta)/(g)

A particle is projected at time t=0 from a point O with a speed u at an angle theta to horizontal. Find the torque of a gravitational force on projectile about the origin at time t. (x,y plane is vertical plane)