Calculating an Equilibrium Constant using Standard Free Energy Change. Calculate the equilibrium constant at the tempera
Posted: Tue May 17, 2022 6:12 am
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!
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!