Decomposition of `NH_(4)NO_(2)(aq` into `N_(2)(g)` and `2H_(2)O(l)` is first order reaction.

The gas phase reaction 2NO_(2)(g) rarr N_(2)O_(4)(g) is an exothermic reaction. The decomposition of N_(2)O_(4) in equilibrium mixture of NO_(2)(g) and N_(2)O_(4) can be increased by :

The gas phase reaction 2NO_(2)(g) rarr N_(2)O_(4)(g) is an exothermic reaction. The decomposition of N_(2)O_(4) in equilibrium mixture of NO_(2)(g) and N_(2)O_(4) can be increased by :

NH_(4)NO_(3) overset(Delta) to N_(2)O+H_(2)O

NH_(4)NO_(3) overset(Delta) to N_(2)O+H_(2)O

NH_(4)NO_(3) overset(Delta) to N_(2)O+H_(2)O

The molar heat of formation of NH_(4)NO_(3)(s) is -360.0kJ and those of N_(2)O(g) and H_(2)O(l) are +80.00kJ and -285.00kJ , respectively, at 25^(@)C and 1atm . Calculate DeltaH and DeltaU for the reaction. NH_(4)NO_(3)(s) rarr N_(2)O(g) +2H_(2)O(l)

The molar heat of formation of NH_(4)NO_(3)(s) is -367.54kJ and those of N_(2)O(g) and H_(2)O(l) are +81.46kJ and -285.80kJ , respectively, at 25^(@)C and 1atm . Calculate DeltaH and DeltaU for the reaction. NH_(4)NO_(3)(s) rarr N_(2)O(g) +2H_(2)O(l)