Yes, that's what you do and when you get there there is nowhere else to go. You're subtracting kJ/mol from kJ/mol and the answer is in kJ/mol.
(1*-285.8)-(-229.9+0) = ?
Calculate the molar enthalpy of reaction
standard enthalpy of formation below.
H20 = -285.8 kj/mole
H+ = 0.0 kj/mole
OH- = -229.9 kj/mol
H+(aq) + OH-(aq)→H2O(l)
For this, don't you do the summation of products x stoichemtry + the sum of reactants x stoich.
from there I'm not sure where to go.
2 answers
Glycin heat at 200 degree centigrate