(The complete question is in the picture)Consider the pressured cup shown in the figure at the right (ρH2O = 997 [kg/m3]). The pressure at A is 2.00 times atmospheric pressure, and A’s cross-sectional area is 2.88 times that of B. What is the speed of the water exiting the cup?A. 7.27 [m/s]B. 30.0 [m/s]C. 590. [m/s]D. 1210 [m/s] What the cup? Consider the pressured cup shownin the figure at the right (PH,0 = 997 [kg/m³). Thepressure at A is 2.00 times atmospheric pressure, andA's cross-sectional area is 2.88 times that of B. Whatis the speed of the water exiting the cup?50 mВA. 7.27 [m/s]C. 590. [m/s]20 mB. 30.0 (m/s]D. 1210 [m/s]

Given: Density of water = 997 kg/m3 Pressure at A, PA = 2Patm Height of A, hA = 50 m Height of B,…

Answered: What the cup? Consider the pressured…

University Physics Volume 1

18th Edition

ISBN:9781938168277

Author:William Moebs, Samuel J. Ling, Jeff Sanny

Publisher:William Moebs, Samuel J. Ling, Jeff Sanny

Chapter14: Fluid Mechanics

Section: Chapter Questions

Problem 115AP: A sump pump (used to drain water from be basement of houses built below the water table) is draining...

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(The complete question is in the picture)

Consider the pressured cup shown in the figure at the right (ρH2O = 997 [kg/m3]). The pressure at A is 2.00 times atmospheric pressure, and A’s cross-sectional area is 2.88 times that of B. What is the speed of the water exiting the cup?
A. 7.27 [m/s]
B. 30.0 [m/s]
C. 590. [m/s]
D. 1210 [m/s]

What the cup? Consider the pressured cup shown
in the figure at the right (PH,0 = 997 [kg/m³). The
pressure at A is 2.00 times atmospheric pressure, and
A's cross-sectional area is 2.88 times that of B. What
is the speed of the water exiting the cup?
50 m
В
A. 7.27 [m/s]
C. 590. [m/s]
20 m
B. 30.0 (m/s]
D. 1210 [m/s]

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