In the figure find the velocity and acceleration of B, if instaneous velocity and acceleration of A are as shown in the Fig.

In the given find the and acceleration of B if instantaneous velocity and acceleration of A are as shown in the .

Kinematics - Instantaneous Velocity And Acceleration

In the figure shown, find out acceleration of each block.

Find the relation in the accelerations of the three masses shown in fig.

A wheel is rolling on a horizontal plane. At a certain instant it has a velocity v and acceleration a of CM as shown in figure . Acceleration of

The particle is performing uniform circular motion, the true statement/s/are/is (A) the direction of linear velocity, acceleration and force changes instantaneously (B) the magnitude of linear velocity, acceleration and force instantaneously. (C) the magnitude of linear velocity, acceleration and force remains constant. (D) linear velocity, acceleration and force are in the same direction

In the arrangement shown in figure, if the acceleration of B is overline(a) , then find the acceleration of A

In the Fig. shown find relation between acceleration of wedge 1 and 2

For any particle moving with some velocity (vecv) & acceleration (veca) , tangential acceleration & normal acceleration are defined as follows. Tangential acceleration - The component of acceleration in the direction of velocity. Normal acceleration - The component of acceleration in the direction perpendicular to velocity. If at a given instant, velocity & acceleration of a particle are given by . vecc=4hati +3hatj veca=10hati+15hatj+20hatk Find the normal acceleration of the particles at the given instant :-

For any particle moving with some velocity (vecv) & acceleration (veca) , tangential acceleration & normal acceleration are defined as follows. Tangential acceleration - The component of acceleration in the direction of velocity. Normal acceleration - The component of acceleration in the direction perpendicular to velocity. If at a given instant, velocity & acceleration of a particle are given by . vecc=4hati +3hatj vaca=10hati+15hatj+20hatk Find the tangential acceleration of the particle at the given instant :-