Calculate δg°' for the reaction a + b < -> c + d at 25°c when the equilibrium concentrations are [a] = 10 um, [b] = 15 um, [c] = 3 um, and [d] = 5 um. r = 8.314 j/mol⋅k. give your answer to the nearest hundredths in j/mol, but only provide the numerical value (i. e. don't include units in your answer).

The value of ΔG° of the reaction is 5704.82 J/mol.

Explanation:

A + B ⇄ C + D

Equilibrium concentrations of reactants an products:

[A] = 10 μM, [B] = 15 μM, [C] = 3 μM, and [D] = 5 μM

An equilibrium constant of the reaction can be written as:

where,

R = Gas constant =

T = temperature =

= equilibrium constant at 25°C =  0.1

Putting values in above equation, we get:

The value of ΔG° of the reaction is 5704.82 J/mol.

i'm assuming that it's c.) red bank..

i have no clue hope you find the answer