Question

What is the calculated approximate mass of water flowing per second Q (m^3.s^-1), if the height of the capillary tube is 2m and measured l the length of our capillary tube to be 1.5m, and r the radius is 1.15m, the length is 1.5m where the flow rate is 1.6m/s using Poiseuille's law in the calculation Q = ÏghÏ€r^4/8lÎ·.

Name: what is the calculated approximate mass of water flowing per second q m3s 1 if the height of the capillary tube is 2m and measured l the length of our capillary tube to be 15m and r the radi 29457
Uploaded: 2022-05-02T10:35:50-08:00
Duration: 1 min 10 s
Channel: Adriano Chikande
Description: what is the calculated approximate mass of water flowing per second q m3s 1 if the height of the capillary tube is 2m and measured l the length of our capillary tube to be 15m and r the radi 29457

          What is the calculated approximate mass of water flowing per second Q (m^3.s^-1), if the height of the capillary tube is 2m and measured l the length of our capillary tube to be 1.5m, and r the radius is 1.15m, the length is 1.5m where the flow rate is 1.6m/s using Poiseuille's law in the calculation Q = ÏghÏ€r^4/8lÎ·.

Added by Darryl L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adriano Chikande

05/02/2022

Step 1

81 m/s^2) h = height of the capillary tube (2 m) r = radius of the capillary tube (1.15 m) l = length of the capillary tube (1.5 m) η = viscosity of water (1.16 x 10^-3 Pa.s) Show more…

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What is the calculated approximate mass of water flowing per second Q (m^3.s^-1), if the height of the capillary tube is 2m and measured l the length of our capillary tube to be 1.5m, and r the radius is 1.15m, the length is 1.5m where the flow rate is 1.6m/s using Poiseuille's law in the calculation Q = ÏghÏ€r^4/8lÎ·.