The temperature of a `5mL` of strong acid increases by `5^(@)` when` 5 mL` of strong base is added to it . If `10mL` of each are mixed, temperature should increase by `:`

The temperature of 15 ml of a strong acid increases by 2^(@)C when 15 ml of a strong base is added to it. If 5 ml of each are mixed, temperature should increase by

The temperature of 15 ml of a strong acid increases by 2^(@)C when 15 ml of a strong base is added to it. If 5 ml of each are mixed, temperature should increase by

The temperature of a 5ml of storng acid increases by 5^(@)C when 5mol of a strong base is added to it. If 10ml of each is mixed, temperature should increases by

When 20mL of a strong acid is added to 20mL of an alkali, the temperature rises by 5^(@)C . If 200mL of each liquid is mixed, the temperature rise will be

When 10 mL of a strong acid is added to 10 mL of an alkali, the temperature rises by 5^(@)C . If 100 mL of the same acid si mixed with 100 mL of the same base, the temperature rise would be:

When 50 cm^(3) of a strong acid is added to of an alkali, the temperature rises by 5^(@)C . If 250 cm^(3) of each liquid are mixed, the temperature rise would be