Figure below shows a liquid being pushed out of the tube by a piston having area of cross section 2.0 cm^2. The area of cross section at the outlet is…

Question

Figure below shows a liquid being pushed out of the tube by a piston having area of cross section $2.0 {cm}^{2}$ . The area of cross section at the outlet is $10 {mm}^{2}$ . If the piston is pushed at a speed of $4 cm s^{- 1}$ , the speed of outgoing fluid is _____ $cm s^{- 1}$

MARKS Content Team · Accepted Answer

Correct answer: 80. The given data is A_1=2×10^(-4) m^2A_2=10×10^(-6) m^2v_1=4 cm s^(-1) Using equation of continuity which is a conservation of mass principle, A_1v_1=A_2v_2 ⇒v_2=(A_1v_1A_2=2×10^(-4)×4)/(10×10^(-6)) = 80 cm s^(-1)

Figure below shows a liquid being pushed out of the tube by a piston having area of cross section $2.0 {cm}^{2}$ . The area of cross section at the outlet is $10 {mm}^{2}$ . If the piston is pushed at a speed of $4 cm s^{- 1}$ , the speed of outgoing fluid is _____ $cm s^{- 1}$

Solution

Relevant Questions

Figure below shows a liquid being pushed out of the tube by a piston having area of cross section 2.0 cm2. The area of cross section at the outlet is 10 mm2. If the piston is pushed at a speed of 4 cm s-1, the speed of outgoing fluid is _____ cm s-1

Solution

Relevant Questions

Figure below shows a liquid being pushed out of the tube by a piston having area of cross section $2.0 {cm}^{2}$ . The area of cross section at the outlet is $10 {mm}^{2}$ . If the piston is pushed at a speed of $4 cm s^{- 1}$ , the speed of outgoing fluid is _____ $cm s^{- 1}$