Buoyant force by accelerated liquid

Buoyant Force In Accelerating Fluid

The buoyant force exerted by a liquid depends upon the nature of the liquid in which the object is immersed . (i) The body would float if the density of its material is ____ to or___ than the density of the liquid. (ii) The body would sink if the density of the material of the body is ___ than the density of the liquid.

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

Buoyant force on bodies in accelerating container| Fluid Dynamics: concept of velocity|Steady flow|Streamlines| Equation of continuity

Buoyant Force Problems

Statement I: When a body floats such that its parts are immersed into two immiscible liquids, then force exerted by liquid 1 is of magnitude rho_(1)v_(1)g . Statement II: Total buoyant force =rho_(1)v_(1)g+rho_(2)v_(2)g .

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