If oil of density higher than that of water is used in place of water in a resonance tube its frequency will be

(A): A person hears maximum sound at displacement anti node (or) pressure node. (B) : Two organ pipes of same length open at both ends produce sound of different pitch if their radii are different. (C): If oil of density higher than water is filled in place of water in a resonance tube, its frequency remain unchanged.

(A): A person hears maximum sound at displacement anti node (or) pressure node. (B) : Two organ pipes of same length open at both ends produce sound of different pitch if their radii are different. (C): If oil of density higher than water is filled in place of water in a resonance tube, its frequency remain unchanged.

If oil of density higher than water is used in place of water in a resonance tube how does the frequency change?

If in a resonance tube, oil of density higher than that of water is used, then the resonance frequency would

What will happen if water is used in place of mercury in a barometer tube?

A large drop of oil whose density is less than that of water, floats up through a column of water assume that the oil an the water do not mix. The coefficient of viscosity of the oil is eta_(@) and that of water is eta_(W) the velocity of the drop will depend on

A large drop of oil whose density is less than that of water, floats up through a column of water assume that the oil an the water do not mix. The coefficient of viscosity of the oil is eta_(@) and that of water is eta_(W) the velocity of the drop will depend on