Thermodynamic. Chapter 6 number 48F

Thermodynamic. Chapter 6 number 48From data in the steam tables:(a) Determine values for Gl and Gv for saturated liquid and vapor at 1000 kPa. Should these be the same?(b) Determine values for ∆Hlv/ T and ∆Slv at 1000 kPa. Should these be the same?(c) Find values for VR, HR , and SR for saturated vapor at 1000 kPa.(d) Estimate a value for d P sat/dT at 1000 kPa and apply the Clapeyron equation to evaluate ∆Slv at 1000 kPa. Does this result agree with the steam-table value?Apply appropriate generalized correlations for evaluation of VR, HR , and SR for saturated vapor at 1000 kPa. Do these results agree with the values found in (c)?

Hasil (Inggris) 1:

Thermodynamics. Chapter 6 number 48
From the data in steam tables:
(a) Determine values for Gl and Gv for saturated liquid and vapor at 1000 kPa. Should be the same thesis?
(b) Determine values for ΔHlv / T and ΔSlv at 1000 kPa. Should be the same thesis?
(c) Find values for VR, HR, and SR for saturated vapor at 1000 kPa.
(d) Estimate a value for d P sat / dT at 1000 psi and apply the Clapeyron equation to Evaluate ΔSlv at 1000 kPa. Does this result agree with the steam-table value?

Apply appropriateness generalized correlations for evaluation or VR, HR, and SR for saturated vapor at 1000 kPa. Do these results agree with the values found in (c)?

Hasil (Inggris) 2:

Thermodynamic. Chapter 6 number 48
From data in the steam tables:
(a) Determine values for Gl and Gv for saturated liquid and vapor at 1000 kPa. Should these be the same?
(b) Determine values for ∆Hlv/ T and ∆Slv at 1000 kPa. Should these be the same?
(c) Find values for VR, HR , and SR for saturated vapor at 1000 kPa.
(d) Estimate a value for d P sat/dT at 1000 kPa and apply the Clapeyron equation to evaluate ∆Slv at 1000 kPa. Does this result agree with the steam-table value?

Apply appropriate generalized correlations for evaluation of VR, HR , and SR for saturated vapor at 1000 kPa. Do these results agree with the values found in (c)?

Hasil (Inggris) 3:

Thermodynamic. Chapter 6 number 48
From data in the steam tables:
(a) Determine values for Gl and Gv for saturated liquid and vapour at 1000 kPa. Should these be the same?
(b) Determine values for DHlv/ T and DSlv at 1000 kPa. Should these be the same?
(c) Find values for VR, HR, and SR for saturated vapor at 1000 kPa.
(d) Estimate a value for d P sat/dT at 1000 kPa and apply the Clapeyron equation to evaluate D at 1000 kPa. Does this result agree with the steam-table value?
Apply appropriate generalized correlations for evaluation of VR, HR, and SR for saturated vapor at 1000 kPa. Do these results agree with the values found in (c)?