The Enthalpy At 320 K And 1 Bar Of A Binary Liquid Mixture Is H = 300 X1 + 500 X2 + X1x2(40 X1 + 20 X2) Where H Is In J/mol. For The Stated Temperature And Pressure, Determine I. Expressions For H̅̅̅1̅ And H̅̅̅2̅ In Terms Of X1. Ii. Numerical Values For The Pure Component Enthalpies H1 And H2.

Question-Answer › Category: Chemical Thermodynamics › The enthalpy at 320 K and 1 bar of a binary liquid mixture is H = 300 x1 + 500 x2 + x1x2(40 x1 + 20 x2) Where H is in J/mol. For the stated temperature and pressure, determine i. Expressions for H̅̅̅1̅ and H̅̅̅2̅ in terms of x1. ii. Numerical values for the pure component enthalpies H1 and H2.

0 Vote Up Vote Down

Mazurek Gravity Staff asked 4 months ago

The enthalpy at 320 K and 1 bar of a binary liquid mixture is
H = 300 x1 + 500 x2 + x1x2(40 x1 + 20 x2)
Where H is in J/mol. For the stated temperature and pressure, determine
i. Expressions for H̅̅̅1̅ and H̅̅̅2̅ in terms of x1.
ii. Numerical values for the pure component enthalpies H1 and H2.