Question

Hydrogen gas pipeline has a length of 1=1000m. Maximum pressure loss Ap =110mmH2O. The density of hydrogen is 0.0825k(g)/(m^(3)). Friction coefficient 2=0.03. Determine the pipe diameter ∼ to achieve a flow rate of m=120k(g)/(h). 2. Hydrogen gas pipeline has a length of 1 = 1000 m. Maximum pressure loss Ap = 110 mmH2O. The density of hydrogen is 0.0825 kg/m3. Friction coefficient 2 = 0.03. Determine the pipe diameter ~ to achieve a flow rate of m = 120 kg/h.

Name: hydrogen gas pipeline has a length of 11000m maximum pressure loss ap 110mmh2o the density of hydrogen is 00825kgm3 friction coefficient 2003 determine the pipe diameter to achieve a flow ra 82187
Uploaded: 2023-09-15T02:31:54-08:00
Duration: 2 min 41 s
Channel: Adi S
Description: hydrogen gas pipeline has a length of 11000m maximum pressure loss ap 110mmh2o the density of hydrogen is 00825kgm3 friction coefficient 2003 determine the pipe diameter to achieve a flow ra 82187

          Hydrogen gas pipeline has a length of 1=1000m. Maximum pressure loss Ap
=110mmH2O. The density of hydrogen is 0.0825k(g)/(m^(3)). Friction coefficient 2=0.03.
Determine the pipe diameter ∼ to achieve a flow rate of m=120k(g)/(h).
2. Hydrogen gas pipeline has a length of 1 = 1000 m. Maximum pressure loss Ap
= 110 mmH2O. The density of hydrogen is 0.0825 kg/m3. Friction coefficient 2 = 0.03.
Determine the pipe diameter ~ to achieve a flow rate of m = 120 kg/h.

hydrogen gas pipeline has a length of 11000m maximum pressure loss ap 110mmh2o the density of hydrogen is 00825kgm3 friction coefficient 2003 determine the pipe diameter to achieve a flow ra 82187

Added by Jennifer L.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Adi S

09/15/2023

Step 1

Convert the pressure loss from mmH2O to Pa: 1 mmH2O = 9.80665 Pa 110 mmH2O = 110 * 9.80665 Pa = 1078.7315 Pa Show more…

Show all steps

Thanks for your feedback!

Hydrogen gas pipeline has a length of 1=1000m. Maximum pressure loss Ap =110mmH2O. The density of hydrogen is 0.0825k(g)/(m^(3)). Friction coefficient 2=0.03. Determine the pipe diameter ∼ to achieve a flow rate of m=120k(g)/(h). 2. Hydrogen gas pipeline has a length of 1 = 1000 m. Maximum pressure loss Ap = 110 mmH2O. The density of hydrogen is 0.0825 kg/m3. Friction coefficient 2 = 0.03. Determine the pipe diameter ~ to achieve a flow rate of m = 120 kg/h.