A hypothetical solution forms between a solid and a liquid. The values of the thermodynamic quantities involved in the process are shown in the following table.
Calculate the enthalpy of solution in kilojoules per mole of solute. Enter your answer numerically in kilojoules per mole of solute.
Enthalpy of seperation of solute = 15.5 kJ/mol
Enthalpy of seperation of solvent = 18.8 kJ / mol
Enthalpy of formation of solute-solvent = - 81.7 kJ/mol
Enthalpy of solution = delta H1 + delta H2 + delta H3
= 15.5 + 18.8 - 81.7
Enthalpy of solution = - 47.4 kJ/mol
Part C A hypothetical solution forms between a solid and a liquid. The values of the thermodynamic quantities involved in the process are shown in the following table. Action Enthalpy separation of solute 15.5 kJ/mol separation of solvent 20.8 kJ/mol formation of solute-solvent interactions -87.7 kJ/mol solute Calculate the enthalpy of solution in kilojoules per mole of solute. Enter your answer numerically in kilojoules per mole of solute.
A hypothetical solution forms between a solid and a liquid. The values of the thermodynamic quantities involved in the process are shown in the following table. Action Enthalpy separation of solute 13.5 kJ/mol separation of solvent 20.8 kJ/mol formation of solute-solvent interactions -83.7 kJ/mol solute Calculate the enthalpy of solution in kilojoules per mole of solute.
A hypothetical solution forms between a solid and a liquid. The values of the thermodynamic quantities involved in the process are shown in the following table. Action Enthalpy separation of solute 15.5 kJ/molkJ/mol separation of solvent 28.8 kJ/molkJ/mol formation of solute-solvent interactions -81.7 kJ/mol solutekJ/mol solute Calculate the enthalpy of solution in kilojoules per mole of solute. .
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