Q.7 Stokes' Law is given as:
A) F = 6πηr2v C) F = 6πηrv-1
B) F = 6πηrv D) F = 6π2ηr3v
Q.8 The product of cross-sectional area of the pipe and the fluid speed at any point along the pipe:
A) Remains constant C) Exponentially increases
B) Is zero D) Exponentially decreases
Q.9 A small leak is developed in a large water storage tank. If the height of water above leakage is 10 m, then find the speed of efflux through the leak:
A) 14 m/sec C) 9.8 m/sec
B) 10 m/sec D) 20 m/sec
A) F = 6πηr2v C) F = 6πηrv-1
B) F = 6πηrv D) F = 6π2ηr3v
Q.8 The product of cross-sectional area of the pipe and the fluid speed at any point along the pipe:
A) Remains constant C) Exponentially increases
B) Is zero D) Exponentially decreases
Q.9 A small leak is developed in a large water storage tank. If the height of water above leakage is 10 m, then find the speed of efflux through the leak:
A) 14 m/sec C) 9.8 m/sec
B) 10 m/sec D) 20 m/sec
Q.12 For the horizontal pipe, the fluid inside it is flowing horizontally then Bernoulli’s equation can be written as
A) P + ρv2 = constant C) P + 2ρv2 = constant
B) 2P + ρv2 = constant D) 2P + 2ρv2 = constant
A) P + ρv2 = constant C) P + 2ρv2 = constant
B) 2P + ρv2 = constant D) 2P + 2ρv2 = constant
Q.13 In fluid flow, for the equation of continuity A1v1 = A2v2. If velocity of the fluid at one end is doubled, then what will be the cross-sectional area at this end?
A) Double C) (Half)2
B) Half D) (Double)2
A) Double C) (Half)2
B) Half D) (Double)2