If heat of dissocitation of `CHCl_(2)COOH` is 0.7 kcal/mole then `Delta H` for the reaction:
`CHCl_(2)COOH+KOH rarrCHCl_(2)COOK+H_(2)O`

If heat of dissociation of CHCl_2COOH is 0.7kcal /mole , the , DeltaH for the reaction CHCl_2COOH+KOHrarrCHCl_2COOH " is " +H_2O

If heat of dissociation of CHCl_2COOH is 0.7kcal /mole , the , DeltaH for the reaction CHCl_2COOH+KOHrarrCHCl_2COOH " is " +H_2O

The heat released in neutralisation of HCI and NaOH is 13.7 kcal/mol, the heat released on neutralisation of NaOH with CH_(3)COOH is 3.7 kcal/mol. The Delta H^(@) of ionsiation of CH_(3)COOH is

The heat released in neutralisation of HCI and NaOH is 13.7 kcal/mol, the heat released on neutralisation of NaOH with CH_(3)COOH is 3.7 kcal/mol. The Delta H^(@) of ionsiation of CH_(3)COOH is

Heat of combustion of ethyl alcohol is 325 kcal and that of acetic acid is 209.5 kcal, calculate the heat evolved in the following reaction. C_(2)H_(5)OH + O_(2) to CH_(3)COOH + H_(2)O