Velocity of Efflux | Max Range | Reaction Force | Time of Emptying a Container | Applications of Bernoulli's equation: venturi-meter | Pitot Tube

Applications of Bernoulli's equation: venturi-meter| Pitot tube

Torricelli's Theorem|| Efflux Velocity|| Pitot Tube|| Venturimeter and other Applications OF Bernoulli

Bernoulli's equation|Problems on Bernoulli's equation: velocity of efflux|Max Range|Reaction force| Time of emptying a container

Velocity OF efflux||Venturimeter||Force OF reaction due to ejection OF water

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

STATEMENT - 1 : Equation of motion (v=u+at) is applicable even if the acceleration is non-uniform. STATEMENT - 2 : The initial velocity of a body is u and its acceleration is ft where f is a constant and t is time. The displacement in time t is (ut+(1)/(2)ft^(2)) . STATEMENT - 3 : The area enclosed by the a-t graph and time axis gives the change in velocity of the body.

Application OF Bernoulli's theorem||Examples on Bernoulli's theorem||Venturimeter||Velocity OF efflux||Examples on efflux