A sphere can roll on a surface inclined at an angle θ if the friction coefficient is more than Suppose the friction coefficient is If a sphere is released from rest on the incline,
A. it will stay at rest

B. it will make pure translational motion

C. it will translate and rotate about the centre

D. the angular momentum of the sphere about its centre will remain constant

Figure 5.9 shows (v_x ,t ),and( (v_y ,t) diagrams for a body of unit mass. Find the force as a function of time.

Figure 5.8 shows (x, t), (y, t ) diagram of a particle moving in 2-dimensions.

If the particle has a mass of 500 g, find the force (direction and magnitude) acting on the particle.

A wheel rotating with uniform angular acceleration covers 50 revolutions in the first five seconds after the start. Find the angular acceleration and the angular velocity at the end of five seconds.

Two uniform solid spheres having unequal masses and unequal radii are released from rest from the same height on a rough incline. If the spheres roll without slipping,