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Q.

A horizontal tube has different cross sections at points A and B. The areas of cross section are a1 and a2 respectively, and pressures at these points are p1=ρgh1 and p2=ρgh2, where ρ is the density of liquid flowing in the tube and h1 and h2 are heights of liquid columns in vertical tubes connected at A and B. If h1h2=h, then the flow rate of the liquid in the horizontal tube is

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a

a1a22gha12a22

b

a1a22gha12a22

c

a1a2a12a22h2a12a22

d

2a1a2gha12a22

answer is A.

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Detailed Solution

Let a1 and a2 be cross sectional areas. v1 and v2 be the velocities of liquid flow at A and B. If p1 and p2 are the pressures of liquid recorded by manometer

p1+12ρv12=p2+12ρv22

p1p2=12ρv22v12

p1p2=12ρv12v22v121

By equation of continuity a1v1=a2v2 

also, p1p2= hρ

v1=2gha12a221

Rate of flow of liquid is a1v1=a1a22gha12a22

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