The horizontal constricted pipe illustrated in the figure (a Venturi tube), can be used to measure...

Transcribed Image Text:

The horizontal constricted pipe illustrated in the figure (a Venturi tube), can be used to measure flow velocities in an incompressible fluid. P V P 2 V The ratio for the cross section areas of the tube is A2 A = 0.568, the difference in the pressures is P1 - P = dP = 18.6 Pa, and the density of the fluid is 1.72 kg/m. Find the speed of the fluid near the right hand end of the tube (i.e., find v2). 1.7.72888 2.6.23279 3. 7.43413 4.3.42756 5.5.65057 6. 3.78398 7.3.84291 The horizontal constricted pipe illustrated in the figure (a Venturi tube), can be used to measure flow velocities in an incompressible fluid. P V P 2 V The ratio for the cross section areas of the tube is A2 A = 0.568, the difference in the pressures is P1 - P = dP = 18.6 Pa, and the density of the fluid is 1.72 kg/m. Find the speed of the fluid near the right hand end of the tube (i.e., find v2). 1.7.72888 2.6.23279 3. 7.43413 4.3.42756 5.5.65057 6. 3.78398 7.3.84291