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Enthalpy of neutralisation of all strong...

Enthalpy of neutralisation of all strong acids strong bases has the same value because

A

neutralisation leads to the formation of a salt and water

B

strong acids and bases are ionic substances

C

acids always give rise to `H^(+)` ions and bases always furnish `OH^(-)` ions

D

the net chemical change involve the combination of `1` mol of `H^(+)` ions and ions `OH^(-)` ions to form water.

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The correct Answer is:
D

The enthalpy of neutralisation of all strong acids and strong base has the same value because the net chemical change involved is the combination of `1 mol` of `H^(+)` and `1 mol` of `OH^(-)` ions to form water
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DINESH PUBLICATION-CHEMICAL THERMODYNAMICS AND CHEMICAL ENERGETICS -Exercise
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  2. For the neutralisation of 1 mol of H(2)SO(4) with 2 mols of NaOH in d...

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  3. Enthalpy of neutralisation of all strong acids strong bases has the sa...

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  4. A solution of 200 mL of 1 M KOH is added to 200 mL of 1 M HCl and the ...

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  5. The heats of neutralisation of four acids a, b, c and d when neutralis...

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  6. Enthalpy of neutralisation of NaOH with H(2)SO(4) is -57.3kJ mol^(-1) ...

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  7. The temperature at which the Joule Thomson coefficient changes sign is...

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  8. In case of an ideal gas, Joule Thomson effect is

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  9. Which of the following gases show a heating effect when allowed to exp...

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  10. When a gas is allowed to expand from a region of extremly high pressur...

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  11. Joule Thomson coefficient is given by the expression

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  12. Entropy of system depends upon

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  13. The units of entropy are

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  14. Ammonium chloride when dissolved in water leads to a cooling sensation...

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  15. An isolated system comprises the liquid in equilibrium with vapours. A...

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  16. For the gaseous reaction involving the complete combustion of iso-buta...

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  17. One of the following reactions involves decrease in entropy

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  18. When a solid changes into liquid, the entropy

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  19. The least random state of water system is

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  20. Which of the following process has negative value of DeltaS ?

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