Question

Two cylindrical pipes both carry an ideal fluid (zero viscosity) in laminar flow. Pipe A has a radius RA = 8 cm and a flow velocity VA = 2 cm/s. Pipe B has a radius RB = 4 cm and a flow velocity VB = 4 cm/s. Compared to the rate of flow in pipe A, that in pipe B is: A. The same B. Half as large C. Twice as large D. It depends on the length of the pipe hint: it's not twice as large

Name: two cylindrical pipes both carry an ideal fluid zero viscosity in laminar flow pipe a had radius ra8 cm and flow velocity va2cms pipe b had radius rb4 cm and flow velocity vb 4cms compared t 21647
Uploaded: 2022-11-10T10:38:47-08:00
Duration: 3 min 50 s
Channel: Sri K
Description: two cylindrical pipes both carry an ideal fluid zero viscosity in laminar flow pipe a had radius ra8 cm and flow velocity va2cms pipe b had radius rb4 cm and flow velocity vb 4cms compared t 21647

          Two cylindrical pipes both carry an ideal fluid (zero viscosity) in laminar flow. Pipe A has a radius RA = 8 cm and a flow velocity VA = 2 cm/s. Pipe B has a radius RB = 4 cm and a flow velocity VB = 4 cm/s. Compared to the rate of flow in pipe A, that in pipe B is:

A. The same
B. Half as large
C. Twice as large
D. It depends on the length of the pipe
*hint: it's not twice as large*

Added by Rachel P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Sri K

11/10/2022

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Two cylindrical pipes both carry an ideal fluid (zero viscosity) in laminar flow. Pipe A has a radius RA = 8 cm and a flow velocity VA = 2 cm/s. Pipe B has a radius RB = 4 cm and a flow velocity VB = 4 cm/s. Compared to the rate of flow in pipe A, that in pipe B is: A. The same B. Half as large C. Twice as large D. It depends on the length of the pipe *hint: it's not twice as large*