Calculate the enthalpy change (in kJ mol^-1) when 1 mol of solid ethanol is melted at 155.8 K and heated to 298 K. (Take the molar heat capacity of liquid ethanol to be 112 J K^-1 mol^-1), $\Delta_{fus} H$ (ethanol) = + 4.60 kJ mol^-1 and $\Delta_{vap} H$ (ethanol) = + 43.5 kJ mol^-1.

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The Answer of Calculate the enthalpy change (in kJ mol^-1) when 1 mol of solid ethanol is melted at 155.8 K and heated to 298 K. (Take the molar heat capacity of liquid ethanol to be 112 J K^-1 mol^-1), $\Delta_{fus} H$ (ethanol) = + 4.60 kJ mol^-1 and $\Delta_{vap} H$ (ethanol) = + 43.5 kJ mol^-1.

Calculate the Enthalpy Change (In KJ Mol-1) When 1 Mol ΔfusH\Delta_{fus} HΔfus​H

Calculate the Enthalpy Change (In KJ Mol^-1) When 1 Mol $\Delta_{fus} H$