[" The tube shown is of uniform cross-section."],[" Liquid fows through it at a constant speed in "],[" the direction shown by the arrows.The liquid "],[" exerts on the tube: "],[qquad [2,3x^(2)],[(A)" a net force to the right "],[" (C) a clockise torque "],[" (D) an anticlockwise torque "," oft "]]

The tube shown in figure is of unifrom corss-section. Liquid flows through it at a constant speed in the direction shown by arrows. Then the liquid exerts on the tube is:

The figure bwlow indicates flow of water through a tube of uniform cross-section with a constant speed in the direction as shown by the arrows. On the tube, water exerts

The figure bwlow indicates flow of water through a tube of uniform cross-section with a constant speed in the direction as shown by the arrows. On the tube, water exerts

The tube shown is of non-uniform crossection the cross-section area at A is half of the cross-section area at B, C and D a liquid is flowing through in steady state. The liquid exerts on the tube Statement:I- A net force towards right. Statement:II-A net force towards left statement:III-A net force in some oblique direction Statement:IV-Zero net force Statement V: A net clockwise torque. Statement:VI-A net counter-clockwise torque. (A). Only statement I and V are correct (B). Only statement II and VI are correct (C). Only statement IV and VI are correct (D). Only statement III and VI are correct.

The tube shown is of non-uniform crossection the cross-section area at A is half of the cross-section area at B, C and D a liquid is flowing through in steady state. The liquid exerts on the tube Statement:I- A net force towards right. Statement:II-A net force towards left statement:III-A net force in some oblique direction Statement:IV-Zero net force Statement V: A net clockwise torque. Statement:VI-A net counter-clockwise torque. (A). Only statement I and V are correct (B). Only statement II and VI are correct (C). Only statement IV and VI are correct (D). Only statement III and VI are correct.

Water is flowing through a tube of non- uniform cross- section. Radio of the radius at entry and exit end of the pipe is 3 :2 . Then the ratio of velocities at entry and exit of liquid is

Water is flowing through a tube of non-uniform cross-section ratio of the radius at entry and exit end of the pipe is 3 : 2 . Then the ratio of velocities at entry and exit of liquid is