Solid `KCIO_(3)` is taken in a container maintained at constant pressure of 1 atm. Upon heating, following equiibria is set:
`2KCIO_(3)(s) to2KCl(s)+3O_(2)(g)`
`If DeltaH^(@)=25kcal//mol and DeltaS^(@)=50cal//K, ` temperature equillibrium will be established in the container?

Solid CaSO_(4).2H_(2)O is taken in a container fitted with a frictionless piston initially containing no other gases. The external pressure is maintained at 1 atm and the container is heated till the equilibrium is achieved. CaSO_(4).2H_(2)O(s) rArr 2CaSO_(4) (s) + 2H_(2)O (g) If Delta H^(@) = + 30 K cal//mol and Delta S^(@) = + 40 cal //K , at what temperature equilibrium will be establised in the container. (Ignore variation of Delta H_(0) and Delta S_(0) with temperature)

2KCiO_(3)to2KCl+3O_(2) . This reaction is

Which of the following staement (s) is//are not true about the following decomposition reaction 2KCIO_(3)rarr2KCI+3O_(2)

1.5 g of oxygen is produced by heating KCIO_(3) . How much KCI is produced in the reaction? 2KCIO_(3)(s)rarr 2KCl_(s)+3O_(2)(g)

Classify each of the following reactions as combination, decomposition, displacement or double displacement reactions : 2KClO_(3(s))to2KCl_((s))+3O_(2(g))