When `3.725g` of `KCl` is dissolved in excess of water, the amount of heat absorbed is `X` `Kj`. Calculate the enthalpy of solution of `KCl`.

When 7.45 g of metal chloride dissolved in excess of water, the amount of heat absorbed is X kJ. Calculate the enthalpy of solution if molar mass of chloride is 74.5 .

When 7.45 g of metal chloride dissolved in excess of water, the amount of heat absorbed is X kJ. Calculate the enthalpy of solution if molar mass of chloride is 74.5 .

A metal chloride dissolves endothermally and when 7.45 g of its anhydrous form are dissolved in excess of water, the amount of heat absorbed is X kJ. Calculate the enthalpy of solution if molar mass of chloride is 74.5.

A metal chloride dissolves endothermally and when 7.45 g of its anhydrous form are dissolved in excess of water, the amount of heat absorbed is X kJ. Calculate the enthalpy of solution if molar mass of chloride is 74.5.

When 14.9 g of solid KCl is dissolved in large excess of water, the amount of heat liberated is 3.72 kJ. Calculate the heat of solution of KCI.

One mole of solute AB dissolved in 20 moles of water absorbed 15.9 kJ of heat. When one mole of same solute is dissolved in 200 moles of water 18.58 kJ of heat is absorbed. Calculate the enthalpy of dilution.

One mole of solite AB dissolved in 20 moles of water absorbed 15.9 KJ of heat. When one male of same se is dissolved in 250 moles of water 18.58KJ of heat is absorbed. Calculate the enthalpy of dilution