Answer: Calculating the Free-Energy Change under

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QUESTION:

Calculating the Free-Energy Change under Nonstandard Conditions

Calculate  at 298 K for a mixture of 1.0 atm . 3.0 atm  . and 0.50 atm   being used in the Haber process:

                                               

Calculate   at 298 K for the Haber reaction if the reaction mixture consists of 0.50 atm . 0.75 atm  . and 2.0 atm .

Questions & Answers

QUESTION:

Calculating the Free-Energy Change under Nonstandard Conditions

Calculate  at 298 K for a mixture of 1.0 atm . 3.0 atm  . and 0.50 atm   being used in the Haber process:

                                               

Calculate   at 298 K for the Haber reaction if the reaction mixture consists of 0.50 atm . 0.75 atm  . and 2.0 atm .

ANSWER:

Step 1 of 4

The free energy can be calculated by the following formula;

                                                    ..............................(1)

Here,

R = Gas constant

T = Temperature

Q = Ration quotient.

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