A cube made of wood having specific gravity `0.4` and side length `a` is floated in a large tanck full of water.

Which action woukd change the depth to which block is submerged? `(gamma_("wood") lt gamma_("water"))`

A cube made of wood having specific gravity 0.4 and side length a is floated in a large tank full of water. Which action would change the depth to which block is submerged?

A cube made of wood having specific gravity 0.4 and side length a is floated in a large tank full of water. What can be the maximum amplitude of it's vertical small oxillations?

A cube made of wood having specific gravity 0.4 and side length a is floated in a large tanck full of water. What can be maximum amplitude of it's vertical simple harmonic motion?

A cube made of wood having specific gravity 0.4 and side length a is floated in a large tanck full of water. If the cube is depressed slighly, it executes SHM from it's position. What is it's time period?

A cube made of wood having specific gravity 0.4 and side length a is floated in a large tank full of water. If the cube is depressed slightly, it excutes SHM from It's position. What is it's time period?

A block of wood weighing 71.2N and of specific gravity 0.75 is tied by a string to the bottom of a tank of water in order to have the block totally immersed, What is the tension in the string?

A block of wood weighing 71.2N and of specific gravity 0.75 is tied by a string to the bottom of a tank of water in order to have the block totally immersed, What is the tension in the string?

A cubical block of wood of specific gravity 0.5 and chunk of concrete of specific gravity 2.5 are fastened together. the ratio of mass of wood to the mass of concrete which makes the combination to float with entire volume of the combination submerged in water is