Venturimeter|Pitot Tube |Atomizer |Reaction Force On Tank Due To Eflux Velocity |Numericals |OMR

Venturimeter, Pitot Tube

Force Of Reaction Due To Ejection Of Liquid

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

Force Due to Radiation|| Atomic Structure

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

STATEMENT-1: When a sphere falls under gravity or moves up due to buoyancy forces in a fluid, its velocity becomes constant after some time. STATEMENT-2: The force of visocosity is proportional to velocity.

In deriving Bernoulli's equation , we equated the workdone on the fluid in the tube to its change in the potential and kinetic energy (a) How does the pressure change as the fluid moves along the tube if dissipative forces are present ? (b) Do the dissipative forces becomes more important as the fluid velocity increase? Discuss qualitatively.

A particle has initial velocity 12 m//s . It moves due to a constant force along the line of velocity which initially produces retardation of 8 m//s^(2) . Then :

Developments Leading To The Bohr's Model Of Atom|Electromagnetic Wave Theory|Important Term Used In EM Theory|Electromagnetic Spectrum|Formulas|Different Units|Numerical|Spectrum|Limitation Of Electromagnetic Theory|Planck's Quantum Theory (Particle Nature Of Electromagnetic Radiations)|OMR

Magnetic Quantum Number (m1)|Spin Quantum Number (s)|Arrangement Of Electrons In Atomic Orbitals|Numerical|Shapes Of Atomic Orbitals|OMR