Question

What pressure will be required to force 1 cm3/s of blood serum through an intravenous tube of radius 0.50 mm and length 3 cm and into an artery with a mean pressure of 100 mmHg? The blood serum viscosity could be assumed as 𝜇 = 7 × 10−3P.

Name: what pressure will be required to force 1 cm3s of blood serum through an intravenous tube of radius 050 mm and length 3 cm and into an artery with a mean pressure of 100 mmhg the blood serum 96935
Uploaded: 2022-07-20T09:58:33-08:00
Duration: 1 min 32 s
Channel: Madhur L
Description: what pressure will be required to force 1 cm3s of blood serum through an intravenous tube of radius 050 mm and length 3 cm and into an artery with a mean pressure of 100 mmhg the blood serum 96935

          What pressure will be required to force 1 cm3/s of blood serum through an intravenous tube
of radius 0.50 mm and length 3 cm and into an artery with a mean pressure of 100 mmHg? The blood
serum viscosity could be assumed as 𝜇 = 7 × 10−3P.

Added by Corey P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Madhur L

07/20/2022

Step 1

The equation is given by: \[ Q = \frac{\pi r^4 (P_1 - P_2)}{8 \mu L} \] Where: - \( Q \) = flow rate (m³/s) - \( r \) = radius of the tube (m) - \( P_1 \) = pressure at the entrance of the tube (Pa) - \( P_2 \) = pressure at the exit of the tube (Pa) - \( \mu \) Show more…

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What pressure will be required to force 1 cm3/s of blood serum through an intravenous tube of radius 0.50 mm and length 3 cm and into an artery with a mean pressure of 100 mmHg? The blood serum viscosity could be assumed as 𝜇 = 7 × 10−3P.