Dissolution of ammonium chloride in water is an endothermic reaction, yet it is a spontaneous process. This is due to the fact that

Question

Dissolution of ammonium chloride in water is an endothermic reaction, yet it is a spontaneous process. This is due to the fact that (A) Δ H is +ve, Δ S is -ve (B) Δ H is -ve, Δ S is +ve (C) Δ H is +ve, Δ S is +ve and Δ H < TΔ S (D) Δ H is +ve and Δ H > TΔ S

Tardigrade Admin · Accepted Answer

Δ G will be negative under these conditions.

Q. Dissolution of ammonium chloride in water is an endothermic reaction, yet it is a spontaneous process. This is due to the fact that

$Δ H$ is $+ v e$ , $Δ S$ is $- v e$

$Δ H$ is $- v e$ , $Δ S$ is $+ v e$

$Δ H$ is $+ v e$ , $Δ S$ is $+ v e$ and $Δ H < T Δ S$

$Δ H$ is $+ v e$ and $Δ H > T Δ S$

$Δ G$ will be negative under these conditions.

Q. Dissolution of ammonium chloride in water is an endothermic reaction, yet it is a spontaneous process. This is due to the fact that

ΔH is +ve, ΔS is −ve

ΔH is −ve, ΔS is +ve

ΔH is +ve, ΔS is +ve and ΔH<TΔS

ΔH is +ve and ΔH>TΔS

ΔG will be negative under these conditions.

$Δ H$ is $+ v e$ , $Δ S$ is $- v e$

$Δ H$ is $- v e$ , $Δ S$ is $+ v e$

$Δ H$ is $+ v e$ , $Δ S$ is $+ v e$ and $Δ H < T Δ S$

$Δ H$ is $+ v e$ and $Δ H > T Δ S$

$Δ G$ will be negative under these conditions.