The molar heat capacities at constant pressure (assumed constant with respect to temperature) of A, B and C are in ratio of `3:1.5:2.0`. The enthalpy change for the exothermic reaction `A+2Brarr3C` at 300 K is `DeltaH_(300)` and `DeltaH_(310)` and respectively then :

Options

A. `DeltaH_(300) gt DeltaH_(310)`
B. `DeltaH_(300) lt DeltaH_(310)`
C. `DeltaH_(300) = DeltaH_(310)`
D. If `T_(2) gt T_(1)` then `DeltaH_(310) gt DeltaH_(300)` and if `T_(2) lt T_(1)` then `DeltaH_(310) lt DeltaH_(300)`

Answer

C

Explanation

`(DeltaC_(p))_(nm) =0 , therefore DeltaH_(300) = DeltaH_(310)`