Calculating an Equilibrium Constant using Standard Free Energy
Change.
Calculate the equilibrium constant at the temperature given.
(a) O2(𝑔)+2F2(𝑔)⟶2F2O(𝑔)(T=100°C)
ANSWER:
In each of the following, the value of ΔG is not
given at the temperature of the reaction. Therefore, we must
calculate ΔG from the values ΔH° and
ΔS and then calculate ΔG from the
relation ΔG = ΔH°
− TΔS°.
(a) K = 1.07 × 10−13
I keep getting the wrong answer so please show all steps to
correct answer (K = 1.07 ×
10−13)
Or let me know what I'm
missing to complete this problem correctly.
WILL UPVOTE!! Thank you so
much!
Calculating an Equilibrium Constant using Standard Free Energy Change. Calculate the equilibrium constant at the tempera
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answerhappygod
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Calculating an Equilibrium Constant using Standard Free Energy Change. Calculate the equilibrium constant at the tempera
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