It is observed that when acid and bases react, some energy is released due to neutralization reaction. While in case of strong acid and bases, the energy released in greater, in case of weaker acids of bases, energy released will be lesser. The difference is attributed to energy required for ionization. From the above information and data below answer the questions that follow: `Delta H_("neutrization SA/SB") `=-57.5 kJ/equivalent, `DeltaH_("ionization") of NH_(4)OH`=10kJ/mole, `DeltaH_("ionization") " of " H_(2)C_(2)O_(4)`=20kJ/ mole. What will be the energy released when 500ml of0.1 M `H_(2)SO_(4)` solution reacts with 1L of 0.1 M `NH_(4)OH` solutioni if the base is 30% ionized in the given solution?A. 5.75kJB. 4.75kJC. 5.05kJD. 5.45kJ

It is observed that when acid and bases react, some energy is released

1.	It is observed that when acid and bases react, some energy is released due to neutralization reaction. While in case of strong acid and bases, the energy released in greater, in case of weaker acids of bases, energy released will be lesser. The difference is attributed to energy required for ionization. From the above information and data below answer the questions that follow: `Delta H_("neutrization SA/SB") `=-57.5 kJ/equivalent, `DeltaH_("ionization") of NH_(4)OH`=10kJ/mole, `DeltaH_("ionization") " of " H_(2)C_(2)O_(4)`=20kJ/ mole. What will be the energy released when 500ml of0.1 M `H_(2)SO_(4)` solution reacts with 1L of 0.1 M `NH_(4)OH` solutioni if the base is 30% ionized in the given solution?A. 5.75kJB. 4.75kJC. 5.05kJD. 5.45kJ
Answer» Correct Answer - c

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