which formula can be used to calculate the enthalpy of solution?\n$delta h_{sol}=delta h_{solvent}+delta…

which formula can be used to calculate the enthalpy of solution?\n$delta h_{sol}=delta h_{solvent}+delta h_{solvent}+delta h_{solute}$\n$delta h_{sol}=delta h_{solute}-delta h_{solvent}$\n$delta h_{sol}=delta h_{solute}+delta h_{solvent}+delta h_{mix}$\n$delta h_{sol}=delta h_{solute}+delta h_{solvent}$

which formula can be used to calculate the enthalpy of solution?\n$delta h_{sol}=delta h_{solvent}+delta h_{solvent}+delta h_{solute}$\n$delta h_{sol}=delta h_{solute}-delta h_{solvent}$\n$delta h_{sol}=delta h_{solute}+delta h_{solvent}+delta h_{mix}$\n$delta h_{sol}=delta h_{solute}+delta h_{solvent}$

Answer

Brief Explanations:

The enthalpy of solution ($\Delta H_{sol}$) is the sum of the enthalpy of the solute ($\Delta H_{solute}$), the enthalpy of the solvent ($\Delta H_{solvent}$) and the enthalpy of mixing ($\Delta H_{mix}$). This accounts for the energy changes associated with breaking solute - solute and solvent - solvent interactions and forming solute - solvent interactions.

Answer:

$\Delta H_{sol}=\Delta H_{solute}+\Delta H_{solvent}+\Delta H_{mix}$