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

Venturimeter, Pitot Tube

Application OF Fluid Bernoulli's theorem

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

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

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

Equation Of Continuity |Bernoulli's Theorem |Applications Of Bernoulli's Theorem |Pitot Tube |Speed Of Efflux |Bernoulli's Theorem In Mixture Of Liquids

Equation Of Continuity|Bernoulli's Therorem|Examples|Application Of Bernoulli's Therorem|Pitot Tube (Used To Measure The Velocity Of The Of The Fluid)|Speed Of Efflux|Bernoulli's Therorem In Mixture Of Liquids

Ac cording to Bernoulli's theorem for the streamline flow of an ideal liquid, the sum of pressure energy/mass, kinetic energy/mass and potential energy /mass remains constant at every cross section, throughout the liquid flow. i.e., (P)/(rho) + (1)/(2)upsilon^2 + gh = cosntant, where the symbols have their usual meaning. Note that an ideal liquied is the one, which is perfectly incompressible, irrotational and non visous. Read the above passage and answer the following question ? (i) At what speed will the velocity head of a stream of water be equal to 40 cm ? (ii) What is the implication of Bernoulli's theorem in day to day life ?

Some question (Assertion-Reason type) are given below. Each question contains STATEMENT-1(Assertion) and STATEMENT-2(Reason) . Each question has 4 choices (A),(B),(C ) and (D) out of which ONLY ONE is correct. So select the correct choice : STATEMENT-1 : Two row boats moving parallel to one another are pulled towards one another. STATEMENT-2 : When the boats are close to each other, the velocity of water between them increases and pressure falls according to Bernoull's theorem.