Question

Q.2. A production tubing of diameter of 1.5 m (prototype) is required to transport an oil of specific gravity of 0.9 and viscosity of $3\times10^2$ poise at the rate of 3 m$^3$/s. A test was conducted on a 15 cm diameter production tubing (model) using water. The density and viscosity of water are 1000 kg/m$^3$ and $1\times10^2$ poise. Find the velocity and rate of the flow in the model.

Name: q2 a production tubing of diameter of 15 m prototype is required to transport an oil of specific gravity of 09 and viscosity of 3times102 poise at the rate of 3 m3s a test was conducted on a 58778
Uploaded: 2025-05-22T12:55:13-08:00
Duration: 7 min 28 s
Channel: Prabhat Tyagi
Description: q2 a production tubing of diameter of 15 m prototype is required to transport an oil of specific gravity of 09 and viscosity of 3times102 poise at the rate of 3 m3s a test was conducted on a 58778

          Q.2. A production tubing of diameter of 1.5 m (prototype) is required to transport an oil of specific gravity of 0.9 and viscosity of $3\times10^2$ poise at the rate of 3 m$^3$/s. A test was conducted on a 15 cm diameter production tubing (model) using water. The density and viscosity of water are 1000 kg/m$^3$ and $1\times10^2$ poise. Find the velocity and rate of the flow in the model.

q2 a production tubing of diameter of 15 m prototype is required to transport an oil of specific gravity of 09 and viscosity of 3times102 poise at the rate of 3 m3s a test was conducted on a 58778

Added by Veronica J.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Prabhat Tyagi

05/22/2025

Step 1

Prototype (P): Diameter, $D_P = 1.5$ m Specific gravity of oil, $SG_P = 0.9$ Viscosity of oil, $\mu_P = 3 \times 10^2$ poise Flow rate, $Q_P = 3$ m$^3$/s Model (M): Diameter, $D_M = 15$ cm $= 0.15$ m Density of water, $\rho_M = 1000$ kg/m$^3$ Viscosity of water, Show more…

Show all steps

Thanks for your feedback!

Q.2. A production tubing of diameter of 1.5 m (prototype) is required to transport an oil of specific gravity of 0.9 and viscosity of $3\times10^2$ poise at the rate of 3 m$^3$/s. A test was conducted on a 15 cm diameter production tubing (model) using water. The density and viscosity of water are 1000 kg/m$^3$ and $1\times10^2$ poise. Find the velocity and rate of the flow in the model.