A block is resting on a piston which is moving vertically with simple harmonic motion of period 1.0 second. At what amplitude of motion will the block and piston separate? What is the maximum velocity of the piston at this amplitude?

A block of mass m is resting on a piston as shown in figure which is moving vertically with a SHM of period 1 s . The minimum amplitude of motion at which the block and piston separate is :

An block rides on position that is moving vertically with simple harmonic motion. The maximum speed of the piston is 2m/s. At what minimum amplitude of motion will the block and piston separate? (g=10m/ s^(2) )

A block is resting on a piston which executes simple harmonic motion in vertical plain with a period of 2.0s in vertical plane at an amplitude just sufficient for the block to separate from the piston. The maximum velocity of the piston is

A block is on a piston, which executes simple harmonic motion in the vertical plane with a period of 1s. At what amplitude will the block and the piston separate? If the piston has an amplitude of 0.05m, what is the maximum frequency at which the black and piston will remain in contact continously? [hint: the block and piston will separate when acceleration of piston = acceleration due to gravity.]

A particle is executing simple harmonic motion of amplitude 9 m. At what point the speed of the particle will be one third of its maximum speed ?

A shelf moves vertically with simple harmonic motion whose time period of motion is T seconds. Find the maximum amplitude that it can have so that objects resting on the shelf may always remain in contact with it.

A block on a horizontal slab is moving horizontally with a simple harmonic motion of frequency two oscillations per second. If the coefficient of static friction between block and slab is 0.5, then the amplitude of the oscillation will be (if the block does not slip along the slab)