Molybdenum Ionization Energy

The Molybdenum Ionization Energy is the energy required to remove from atom one mole of electrons with subsequent production of positively charged ion of Molybdenum.
Mo -> Mo⁺ + e^-
This process can be repeated many times, but the energy cost is increased dramatically. The general equation for the Molybdenum is:
Mo^N+ -> Mo^(N+1)+ + e^-

Mo -> Mo¹⁺ = 685 kJ/mol = 163.88 Kcal/mol
Mo¹⁺ -> Mo²⁺ = 1558 kJ/mol = 372.73 Kcal/mol
Mo²⁺ -> Mo³⁺ = 2621 kJ/mol = 627.03 Kcal/mol
Mo³⁺ -> Mo⁴⁺ = 4480 kJ/mol = 1071.77 Kcal/mol
Mo⁴⁺ -> Mo⁵⁺ = 5900 kJ/mol = 1411.48 Kcal/mol
Mo⁵⁺ -> Mo⁶⁺ = 6560 kJ/mol = 1569.38 Kcal/mol
Mo⁶⁺ -> Mo⁷⁺ = 12230 kJ/mol = 2925.84 Kcal/mol
Mo⁷⁺ -> Mo⁸⁺ = 14800 kJ/mol = 3540.67 Kcal/mol
Mo⁸⁺ -> Mo⁹⁺ = 16800 kJ/mol = 4019.14 Kcal/mol
Mo⁹⁺ -> Mo¹⁰⁺ = 19700 kJ/mol = 4712.92 Kcal/mol