# What Can Be Said About The Spontaneity Of This Reaction? Cdiamond→Cgraphite

What Can Be Said About The Spontaneity Of This Reaction? Cdiamond→Cgraphite. Calculate ∆g( for the reaction. Cdiamond rightarrow cgraphite express your answer to three significant figures and include the appropriate units.

They may occur fast or slow (that is kinetics). The forward reaction is spontaneous at 298 k. Calculate ∆g( for the reaction.

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Consider, however, the following spontaneous processes: Gibbs free energy is a measure of the spontaneity of a chemical reaction. Cdiamond cgraphite for the reaction represented above.

### When The Reaction Is Spontaneous, (G Is The Energy Available To Do Work Such As Moving A Piston Or Flowing Of Electrons.

Click here👆to get an answer to your question ️ for the change, cdiamond cgraphite; Cdiamond rightarrow cgraphite the reverse reaction is spontaneous at 298 k. Cdiamond rightarrow cgraphite express your answer to three significant figures and include the appropriate units.

### S 4 Cdiamond Correct 5 Cgraphite Explanation To Find.

According to these calculations, diamond will spontaneously turn to graphite because the chemical reaction is thermodynamically favored. What can be said about the spontaneity of this reaction? Cdiamond→cgraphite the reverse reaction is spontaneous at 298 k the reaction is at equilibrium at 298 k the forward reaction is spontaneous at 298 k.

See Also :   What Is The Enthalpy For Reaction 1 Reversed? Reaction 1 Reversed: N2O4→N2 + 2O2

### It Is The Chemical Potential For A Reaction, Which Is Minimized At Equilibrium.

However, spontaneous does not mean instantaneous. First law • “energy can neither be created nor destroyed • the energy of the universe is constant q. The forward reaction is spontaneous at 298 k.

### Cdiamond Cgraphite For The Reaction Represented Above The Standard Gibbs Free.

We have delta h on delta s off the reaction from which we calculate the standard gives free energy at 209 298 kelvin. Elemental carbon usually exists in one of two forms: Predict the sign of δssys for each of the following processes.