Determine the specific flow energy , in Btu/lbmol, and Btu/lb at 400 F, 73.5 lbf/in2, for a (a) nitrogen and (b) carbon dioxide., each modeled as an ideal gas and relative to an exergy reference...

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Determine the specific flow energy , in Btu/lbmol, and Btu/lb at 400 F, 73.5 lbf/in2, for a (a) nitrogen and (b) carbon dioxide., each modeled as an ideal gas and relative to an exergy reference environment for which To=77 F, po=14.7 lbf/in2. Ignore effects of motion and gravity.

Answered 101 days AfterNov 15, 2021

Answer To: Determine the specific flow energy , in Btu/lbmol, and Btu/lb at 400 F, 73.5 lbf/in2, for a (a)...

Abhijit answered on Feb 24 2022

114 Votes

Specific Flow Energy
Specific Flow Energy
Given: and?
0
= 14. 7 ???/??2 ?
1
= 73. 5 ???/??2
?
0
= 77 ? ?
0
= 400 ?
For Nitrogen:
?
0
?
0
= ???
0
= 28 × 8. 314 × 0.007882.2 × 77
= 64. 2 ??????
= 2. 293 ?????? ???.
?
1
?
1
= ???
1
= 28 × 8. 314 × 0.007882.2 × 400
=...

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Determine the specific flow energy , in Btu/lbmol, and Btu/lb at 400 F, 73.5 lbf/in2, for a (a) nitrogen and (b) carbon dioxide., each modeled as an ideal gas and relative to an exergy reference...

Answer To: Determine the specific flow energy , in Btu/lbmol, and Btu/lb at 400 F, 73.5 lbf/in2, for a (a)...

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