[" If heat of reaction for the given acid-base reac "],[HA+NaOH longrightarrow NaA+H_(2)O:AH=-4.7kc],[" The heat of dissociation of "HA" is "]

If theta of reaction for the given acid-base reaction: HA+NaOHrarrNaA+H_(2)O , Delta H= -4.7 kcal The heat of dissocitation of HA is ________.

If theta of reaction for the given acid-base reaction: HA+NaOHrarrNaA+H_(2)O , Delta H= -4.7 kcal The heat of dissocitation of HA is ________.

Heat of neutralization of HCl by NaOH is 13.7 kcal per equivalent and by NH_4OH is 12.27 kcal. The heat of dissociation of NH_4OH is

Heat of neutralization of HCl by NaOH is 13.7 kcal per equivalent and by NH_4OH is 12.27 kcal. The heat of dissociation of NH_4OH is

Heat of neutralisation for the reaction NaOH + HCl rarr NaCl + H_(2)O " is " -57.1 kJ "mole"^(-1) . The heat relased when 0.25 moles of NaOH is treated with 0.25 moles of HCl is

HA+OH^(-) to H_(2)O+A^(-)+q_(1) kJ H^(+)+OH^(-) to H_(2)O+ q_(2) kJ The enthalpy of dissociation of HA is

If Weak acid or weak base are neutralised ,the heat relealised , the heat released during neutralisatiojn is somewhat lesser than -13.7 kcal or -57.27Kj .Heat of neutralistion is also referred to as heat of formation of water from H^(+) and OH^(-) ionsi.e ., H^(+)OH^(-)to H_(2)O, Deltah=-13.7kcal Magnitude of heat of neutralistion of Hi and acetic acid respectively are (in kcal ) buy strong base are:

Balance the given reaction: Na+H_2O to NaOH + H_2