11th Class Physics MCQS Fluid Dynamics Online Test 5

the-fluid-which-is-incompressible-and-non-viscous-is-called-3-a_-_ideal-fluid,the-frictional-effect-between-two-layers-of-flowing-fluid-is-described-in-terms-of-3-a_-_viscosity-of-the-fluid,the-fundamental-equation-in-fluid-dynamics-that-relates-pressure-to-fluid-speed-and-height-is-3-a_-_bernoulli-e-2-80-99-s-equation,the-irregular-or-unsteady-flow-of-the-fluid-is-called-3-a_-_turbulent-flow,the-law-of-conservation-of-energy-is-the-basis-of-3-a_-_bernoulli-27-s-equation,the-law-of-conservation-of-energy-is-the-basis-of-3-a_-_bernoulli-e-2-80-99-s-equation,the-law-of-conservation-of-mass-gives-3-a_-_equation-of-continuity,the-lower-reading-of-blood-pressure-is-called-3-a_-_diastolic-pressure,the-mass-of-fluid-passing-through-any-cross-section-per-unit-time-is-called-3-a_-_mass-flux,the-maximum-drag-force-on-a-falling-sphere-is-9-8-n-2-c-its-weight-is-3-a_-_9-8-n,the-pressure-will-be-low-where-the-speed-of-fluid-is-3-a_-_high,the-pressure-will-be-low-where-the-speed-of-the-fluid-is-3-a_-_high,the-product-of-cross-sectional-area-of-the-pipe-and-fluid-speed-at-any-point-along-the-pipe-is-3-a_-_constant,the-product-of-cross-sectional-area-of-the-pipe-and-the-fluid-velocity-at-any-point-along-the-pipe-is-3-a_-_flow-rate,the-ratio-of-the-velocities-of-water-in-a-pipe-lying-horizontally-at-two-ends-is-1-3-a-4-the-ratio-of-diameters-of-pipe-at-these-two-ends-is-3-a_-_2-3-a-1,the-rotational-k-e-of-disc-is-equal-to-3-a_-_5-c-28-0-crac-7-b-1-7-d-7-b-4-7-dmv-5-e-2-5-c-29,the-s-i-unit-of-flow-rate-of-fluid-is-3-a_-_m-3-sec-1,the-s-i-units-of-flow-rate-are-3-a_-_m-3-csup-3-e-3-3-c-2-fsup-3-es-3-csup-3-e-1-3-c-2-fsup-3-e,the-s-i-units-of-flow-rate-are-3-a_-_m-3-csup-3-e-3-3-c-2-fsup-3-es-3-csup-3-e-e-2-80-931-3-c-2-fsup-3-e,the-smooth-or-steady-stream-line-flow-is-known-as-3-a_-_laminar-flow