Liquids in motion

Bernoulli's theorem is an outcome of the conservation of ……….. Applied to a liquid in motion.

When a metallic sphere is dropped in a long column of a liquid, the motion of the sphere is opposed by the viscous force of the liquid. If the apparent weight of the sphere equals to the retardation forces on it, the sphere moves down with a velocity called.

A container filled with viscous liquid is moving vertically downwards with constant speed 3v_0 . At the instant shown, a sphere of radius r is moving vertically downwards (in liquid) has speed v_0 . The coefficient of viscosity is eta . There is no relative motion between the liquid and the container. Then at the shoen instant, The magnitude of viscous force acting on sphere is

Saturation|Solid - Liquid Solution|Liquid - Liquid Solutions|Gas - Liquid Solutions|Henry's Law|OMR

The system shown in figure is in equilibrium . The mass of the container with Liquid is M, density of liquid in the container is rho and the volume of the block is V. If the container is now displaced downwards through a distance x_(0) and released such that the block remains well inside the liquid then during subsequent motion

Uniformly accelerated motion, Equations of motion, Motion under gravity

The equation of motion of a simple harmonic motion is

In which type of media, solids, liquids, gases is longitudinal wave motion possible?