Liquid in accelerated container Problems

Pressure variation in liquid in accelerated container

Fluid in an accelerated container

Pascal's Law | Pressure Variation in Liquid in Accelerating Container | Rotating Container | Buoyant force | Archimedes Principle | Floatation | Centre of Buoyancy

The vapour pressure of a liquid in a closed container depends on: (1) temperature of liquid (2) quantity of liquid (3) surface area of the liquid

A U-tube containing a liquid is accelerated horizontally with a constant acceleration a_0 . If the separation between the vertical limbs is l find the difference in the heights of the liquid in the two arms.

Buoyant force on bodies in accelerating container | Fluid Dynamics: concept of velocity of liquid at a point | Steady Flow | Streamlines | Equation of continuity | Bernoulli's equation

If the container filled with liquid gets accelerated horizontally or vertically, pressure in liquid gets changed. In liquid ( a_(y) ) for calculation of pressure, effective g is used. A closed box horizontal base 6 m by 6 m and a height 2m is half filled with liquid. It is given a constant horizontal acceleration g//2 and vertical downward acceleration g//2 . What is the value of vertical acceleration of box for given horizontal acceleration (g//2) , so that no part of the bottom of the box is exposed?

Relation between Torque and Angular Acceleration || Ladder Problem

If the container filled with liquid gets accelerated horizontally or vertically, pressure in liquid gets changed. In liquid ( a_(y) ) for calculation of pressure, effective g is used. A closed box horizontal base 6 m by 6 m and a height 2m is half filled with liquid. It is given a constant horizontal acceleration g//2 and vertical downward acceleration g//2 . The maximum value of water pressure in the box is equal to

If the container filled with liquid gets accelerated horizontally or vertically, pressure in liquid gets changed. In liquid ( a_(y) ) for calculation of pressure, effective g is used. A closed box horizontal base 6 m by 6 m and a height 2m is half filled with liquid. It is given a constant horizontal acceleration g//2 and vertical downward acceleration g//2 . The angle of the free surface with the horizons is equal to