For the next two items: A stream of non-turbulent water flows out of the faucet. As in the figure, 1.7 cm² and A= 0.65 cm², and the height of separation is h 55 mm. How fast does the water flow at Ao? the cross-sectional areas are Ao = - Ao cm O 53.3 S 86.2 cm S O 46.0 cm S O 74.4 cIn S O Cannot be determined; insufficient information.

Physics for Scientists and Engineers: Foundations and Connections
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ISBN:9781133939146
Author:Katz, Debora M.
Publisher:Katz, Debora M.
Chapter15: Fluids
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For the next two items: A stream of non-turbulent water flows out of the faucet. As in the figure,
the cross-sectional areas are Ao = 1.7 cm² and A = 0.65 cm², and the height of separation is
h = 55 mm. How fast does the water flow at Ao?
Ao
cm
O 53.3
S
cm
S
46.0
cm
S
O 74.4
cin
S
O Cannot be determined; insufficient information.
86.2
h
A
Transcribed Image Text:For the next two items: A stream of non-turbulent water flows out of the faucet. As in the figure, the cross-sectional areas are Ao = 1.7 cm² and A = 0.65 cm², and the height of separation is h = 55 mm. How fast does the water flow at Ao? Ao cm O 53.3 S cm S 46.0 cm S O 74.4 cin S O Cannot be determined; insufficient information. 86.2 h A
Water is essentially incompressible. What is the volume flow rate from the tap?
cm³
90.6
S
146.5
cm³
S
O Cannot be determined; insufficient information.
cm3
126.5
78.2
cm
S
S
Transcribed Image Text:Water is essentially incompressible. What is the volume flow rate from the tap? cm³ 90.6 S 146.5 cm³ S O Cannot be determined; insufficient information. cm3 126.5 78.2 cm S S
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