If a reaction has a positive enthalpy change and positive entropy change it can be spontaneous when T$∆$S is large enough to outweight $∆$H . Select the way(s) in which the above statement can happen.

$∆\mathrm{G}=∆\mathrm{H}-\mathrm{T}∆\mathrm{S}$

For spontaneous process $∆\mathrm{G}=-\mathrm{Ve}$

Case I

$∆\mathrm{H}$ ; = +ve $∆\mathrm{S}$= +Ve ; T = large and $∆\mathrm{S}$ = small ;$\mathrm{T}∆\mathrm{S}$ > $∆\mathrm{H}$ ;$∆\mathrm{G}$= -ve  spontaneous

Case II 

$∆\mathrm{H}$; = +ve $∆\mathrm{S}$= +Ve ;T = small and $∆\mathrm{S}$ = large ; $\mathrm{T}∆\mathrm{S}$>$∆\mathrm{H}$;$∆\mathrm{G}$= -ve

spontaneous