A piece of wood has dimensions 'a', 'b' and 'c'. Its relative density is d. It is floating in water such that the side 'a' is vertical. It is now pushed down gently and relesed. The time-period of S.H.M. is

A cuboidal piece of wood has dimensions a, b and c. its relatively density is d. it is floating in a large body of water such that side a is vertical. It is pushed down a bit and released. The time period of SHM executed by it is

A cuboidal piece of wood has dimensions a, b and c. its relatively density is d. it is floating in a large body of water such that side a is vertical. It is pushed down a bit and released. The time period of SHM executed by it is

A cylindrical block of wood of mass m and area cross-section A is floating in water (density = rho ) when its axis vertical. When pressed a little and the released the block starts oscillating. The period oscillations is

A cylinderical block of wood of mass m and area cross-section A is floating in water (density = rho ) when its axis vertical. When dressed a little and the released the block starts oscillating. The period oscillations is

A piece of wood of mass m is floating erect in a liquid whose density is rho . If it is slightly pressed down and released, then executes simple harmonic motion. Show that its time period of oscillation is T=2pisqrt((m)/(Arhog))