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Tin Ionization Energy

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

Ionization Energy

Sn -> Sn1+ = 708.6 kJ/mol = 169.52 Kcal/mol
Sn1+ -> Sn2+ = 1411.8 kJ/mol = 337.75 Kcal/mol
Sn2+ -> Sn3+ = 2943 kJ/mol = 704.07 Kcal/mol
Sn3+ -> Sn4+ = 3930.2 kJ/mol = 940.24 Kcal/mol
Sn4+ -> Sn5+ = 6974 kJ/mol = 1668.42 Kcal/mol
Sn5+ -> Sn6+ = 9900 kJ/mol = 2368.42 Kcal/mol
Sn6+ -> Sn7+ = 12200 kJ/mol = 2918.66 Kcal/mol
Sn7+ -> Sn8+ = 14600 kJ/mol = 3492.82 Kcal/mol
Sn8+ -> Sn9+ = 17000 kJ/mol = 4066.99 Kcal/mol
Sn9+ -> Sn10+ = 20600 kJ/mol = 4928.23 Kcal/mol

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