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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-AnswerCategory: Chemical ThermodynamicsThe 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.
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.

1 Answers
Mazurek Gravity Staff answered 4 months ago

1 1 2 1 3 1

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