Question

Given that:
delta H at 298 K (KJ/mole)
Heat of combustion of C7H,8 (I) is
-3910.0
Heat of vaporisation of C7H8 (II) is
38.1
Heat of dissociation of H2(g) is 436.0
Heat of atomisation of graphite is
715.0
Heat of formation of H2O(I) is
-285.8
Heat of combustion of graphite is
-393.5
C-H bond energy
413.0
C - C bond energy
345.6
C = C bond energy
610.0
KJ/mole
The resonance energy of Toluene is
(Give answer for the nearest whole number)​

Answer 1

Answer:

Given that:

delta H at 298 K (KJ/mole)

Heat of combustion of C7H,8 (I) is

-3910.0

Heat of vaporisation of C7H8 (II) is

38.1

Heat of dissociation of H2(g) is 436.0

Heat of atomisation of graphite is

715.0

Heat of formation of H2O(I) is

-285.8

Heat of combustion of graphite is

-393.5

C-H bond energy

413.0

C - C bond energy

345.6

C = C bond energy

610.0

KJ/mole

The resonance energy of Toluene is

(Give answer for the nearest whole number)