The Antimony Ionization Energy is the energy required to remove from atom one mole of electrons with subsequent production of positively charged ion of Antimony.
Sb -> Sb+ + e-
This process can be repeated many times, but the energy cost is increased dramatically. The general equation for the Antimony is:
SbN+ -> Sb(N+1)+ + e-
|
Sb -> Sb1+ = 833.7 kJ/mol = 199.45 Kcal/mol
\nSb1+ -> Sb2+ = 1794 kJ/mol = 429.19 Kcal/mol
\nSb2+ -> Sb3+ = 2443 kJ/mol = 584.45 Kcal/mol
\nSb3+ -> Sb4+ = 4260 kJ/mol = 1019.14 Kcal/mol
\nSb4+ -> Sb5+ = 5400 kJ/mol = 1291.87 Kcal/mol
\nSb5+ -> Sb6+ = 10400 kJ/mol = 2488.04 Kcal/mol
\nSb6+ -> Sb7+ = 12700 kJ/mol = 3038.28 Kcal/mol
\nSb7+ -> Sb8+ = 15200 kJ/mol = 3636.36 Kcal/mol
\nSb8+ -> Sb9+ = 17800 kJ/mol = 4258.37 Kcal/mol
\nSb9+ -> Sb10+ = 20400 kJ/mol = 4880.38 Kcal/mol
\n |