Question

Consider a reaction with the following thermodynamic properties. $\Delta H^\circ = 77.7$ kJ $\Delta S^\circ = -35.7$ J/(K$\cdot$ mol) $\Delta G^\circ = 88.4$ kJ This reaction: has bonds in the products that are weaker than the reactants. may have fewer and more complicated molecules in the product. will proceed very slowly. will be spontaneous at low temperatures.

          Consider a reaction with the following thermodynamic properties.
$\Delta H^\circ = 77.7$ kJ
$\Delta S^\circ = -35.7$ J/(K$\cdot$ mol)
$\Delta G^\circ = 88.4$ kJ
This reaction:
has bonds in the products that are weaker than the reactants.
may have fewer and more complicated molecules in the product.
will proceed very slowly.
will be spontaneous at low temperatures.

Consider a reaction with the following thermodynamic properties.
Δ H^∘ = 77.7 kJ
Δ S^∘ = -35.7 J/(K· mol)
Δ G^∘ = 88.4 kJ
This reaction:
has bonds in the products that are weaker than the reactants.
may have fewer and more complicated molecules in the product.
will proceed very slowly.
will be spontaneous at low temperatures.

Added by Clara J.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Adi S

09/19/2023

Step 1

A negative ΔG indicates that the reaction is spontaneous, while a positive ΔG indicates that the reaction is non-spontaneous. Show more…

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Consider a reaction with the following thermodynamic properties. ΔΗ° = 77.7 kJ AS° = -35.7 J/(K. mol) AG° 88.4 kJ This reaction: has bonds in the products that are weaker than the reactants. may have fewer and more complicated molecules in the product. will proceed very slowly. will be spontaneous at low temperatures.