A particle is moving parallel to x-axis as shown in the figure. The angular velocity of the particle about the origin is

A particle is moving in x-y plane as shown in the figure. Angular velocity of the particle with respect to the origin is

A particle is moving in x-y plane as shown in the figure. Angular velocity of the particle with respect to the origin is

A particle mass parallel to x-axis with constant velocity v as shown in the figure. The angular velocity of the particle about the origin O

A particle mass parallel to x-axis with constant velocity v as shown in the figure. The angular velocity of the particle about the origin O

A particle of mass m is moving with constant velocity v parallel to the x-axis as shown in the figure. Its angular momentum about origin O is

A particle of mass m is moving with constant velocity v parallel to the x-axis as shown in the figure. Its angular momentum about origin O is

A particle moves parallel to X-axis as shown in the figure such that at all instant the y axis component of its position vector is constant and is equal to 'b'. The angular velocity of the particle about the origin is

A particle P is moving along a straight line as shown in the figure. During the motion of the particle from A to B the angular momentum of the particle about O

A particle P is moving along a straight line as shown in the figure. During the motion of the particle from A to B the angular momentum of the particle about O

A particle moving parallel to x-axis as shown in fig. such that at all instant the y-axis component of its position vector is constant and is equal to 'b'. Find the angular velocity of the particle about the origin when its radius vector makes angle theta from the axis.