For an equilibrium reaction- if the value of standard Gibb-s free energy- - Go is zero- then the value of equilibrium constant- K will equal to -

The correct option is A ZeroGibbs free energy is a measure of how much #34;potential #34; a reaction has left to do a net #34;something. #34; So if th ...

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Byju's Answer

Standard XII

Chemistry

Vant Hoff's Equation and Effect of Temperature on Equilibrium Constant

For an equili...

Question

For an equilibrium reaction, if the value of standard Gibb's free energy. $Δ G^{o}$ is zero, then the value of equilibrium constant, $K$ will equal to ?

Zero

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Solution

The correct option is A Zero
Gibbs free energy is a measure of how much "potential" a reaction has left to do a net "something." So if the free energy is zero, then the reaction is at equilibrium, an no more work can be done.
Option A is correct

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Similar questions

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For an equilibrium reaction, if the value of standard Gibb's free energy. ΔGo is zero, then the value of equilibrium constant, K will equal to ?

The correct option is A ZeroGibbs free energy is a measure of how much "potential" a reaction has left to do a net "something." So if the free energy is zero, then the reaction is at equilibrium, an no more work can be done.Option A is correct

For an equilibrium reaction, if the value of standard Gibb's free energy. $Δ G^{o}$ is zero, then the value of equilibrium constant, $K$ will equal to ?

The correct option is A Zero
Gibbs free energy is a measure of how much "potential" a reaction has left to do a net "something." So if the free energy is zero, then the reaction is at equilibrium, an no more work can be done.
Option A is correct