Match List I (Equations) with List-II (Type of process) and select the correct option{:(,"List I",,"List II"),(,"Equations",,"Type of processes"),(1.,K_(p)gtQ,(i),"Non-spontaneous"),(2.,DeltaG^(@)ltRTlnQ,(ii),"Equilibrium"),(3.,K_(P)=Q,(iii),"Spontaneous and endothermic"),(4.,Tgt(DeltaH)/(DeltaS),(iv),"Spontaneous"):}

Match List I (Equations) with List-II (Type of process) and select the

1.	Match List I (Equations) with List-II (Type of process) and select the correct option{:(,"List I",,"List II"),(,"Equations",,"Type of processes"),(1.,K_(p)gtQ,(i),"Non-spontaneous"),(2.,DeltaG^(@)ltRTlnQ,(ii),"Equilibrium"),(3.,K_(P)=Q,(iii),"Spontaneous and endothermic"),(4.,Tgt(DeltaH)/(DeltaS),(iv),"Spontaneous"):}
Answer» 1(i), 2(ii), 3(iii), 4(iv) 1(iii), 2(iv), 3(ii), 4(i) 1(iv), 2(i), 3(ii), 4(iii) 1(ii), 2(i), 3(iv), 4(iii) Solution :`K_(p) gt Q rarr` Reaction moves in forward direction `DELTAG^(@) lt RT ln Q, DeltaG=+ve=` reaction non-SPONTANEOUS `K_(P)=Q=` Reaction is equilibrium `Tgt(DeltaH)/(DeltaS)=DeltaH=+ve`,endothermic THUS, `DeltaHltTDeltaS` spontaneous.