Question

Soru 18 Cevap kaydedildi 3,00 üzerinden puanlanm?? Soruyu i?aretle 2 mole of HCI is mixed with 20 moles of water. The vapor phase composition is found as 0.8% HCI and 99.2% water. The total vapor pressure at room temperature is 0.014 atm.The saturation pressure of HCI at room temperature is 41 atm while that of water is 0.03 atm Calculate the molar entropy of the mixture as ideal solution if the standard entropy of HCI and water at room temperature are 187 J/mol.K and 70 J/mol.K respectively (Hint: partial entropy of a component in an ideal solution is $S_0 - RlnX$) a. 93.2 J/K b. 63.2 J/K c. 73.2 J/K O d. 83.2 J/K Seçimimi temizle

          Soru 18
Cevap
kaydedildi
3,00 üzerinden
puanlanm??
Soruyu
i?aretle
2 mole of HCI is mixed with 20 moles of water. The vapor phase composition is found as 0.8% HCI and
99.2% water. The total vapor pressure at room temperature is 0.014 atm.The saturation pressure of HCI
at room temperature is 41 atm while that of water is 0.03 atm
Calculate the molar entropy of the mixture as ideal solution if the standard entropy of HCI and water at
room temperature are 187 J/mol.K and 70 J/mol.K respectively (Hint: partial entropy of a component in
an ideal solution is $S_0 - RlnX$)
a. 93.2 J/K
b. 63.2 J/K
c. 73.2 J/K
O d. 83.2 J/K
Seçimimi temizle

Soru 18
Cevap
kaydedildi
3,00 üzerinden
puanlanm??
Soruyu
i?aretle
2 mole of HCI is mixed with 20 moles of water. The vapor phase composition is found as 0.8% HCI and
99.2% water. The total vapor pressure at room temperature is 0.014 atm.The saturation pressure of HCI
at room temperature is 41 atm while that of water is 0.03 atm
Calculate the molar entropy of the mixture as ideal solution if the standard entropy of HCI and water at
room temperature are 187 J/mol.K and 70 J/mol.K respectively (Hint: partial entropy of a component in
an ideal solution is S0 - RlnX)
a. 93.2 J/K
b. 63.2 J/K
c. 73.2 J/K
O d. 83.2 J/K
Seçimimi temizle

Added by Rocio L.

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