The electron affinity of chlorine is 3.7 eV. How much energy in kcal is released when 2g of chlorine atoms is completely converted to `Cl^(-)` ions in the gaseous state?
`(1 eV = 23.06 Kcal)`.

The electron affinity of chlorine is 3.93v. How much energy in Kcal is released when 2g of chlorine is completely converted to Cl^(-) ion in gaseous state ? (1eV = 23.06 Kcal " mol"^(-1))

The electron affinity of chlorine atom is 3.7eV how much energy in Kcal is released when 2g of chlorine is completely converted to Cl^- ion in a gaseous state?

The elecron affinity of chlorine is 3. 7 eV . How much energy in kcal is released when 2g chlorine is completely converted to cl^- ion in a gaseous state ? (1 eV = 23. 06 kcal "mol"^(-1)) .

The elecron affinity of chlorine is 3. 7 eV . How much energy in kcal is released when 2g chlorine is completely converted to cl^- ion in a gaseous state ? (1 eV = 23. 06 kcal "mol"^(-10)) .

The electron gain enthalpy of chlorine is 348 kJ mol^(-1) . How much energy in kJ is released when 17.5 g of chlorine is completely converted into Cl^(-) ions in the gaseous state?

The electron gain enthalpy of chlorine 3.7 eV . How much energy in kJ and kcal is released when 1 g of chlorine is converted completely to Cl^(o-) ion in the gaseous state. (1 eV = 96.3 kJ mol^(-1))

The electron gain enthalpy of chlorine 3.7 eV . How much energy in kJ and kcal is released when 1 g of chlorine is converted completely to Cl^(o-) ion in the gaseous state. (1 eV = 96.3 kJ mol^(-1))