Chemical elements
  Manganese
    Isotopes
    Energy
    Production
    Application
    Chemical properties
    Physical properties
    PDB 117e-1cs0
    PDB 1cvn-1fbg
    PDB 1fe1-1gz9
    PDB 1gzc-1j53
    PDB 1j54-1kx3
    PDB 1kx4-1mav
    PDB 1mb0-1nvm
    PDB 1nxd-1pj2
    PDB 1pj3-1r8b
    PDB 1r8c-1tc2
    PDB 1tei-1vby
    PDB 1vew-1xid
    PDB 1xie-1za0
    PDB 1zao-2ah9
    PDB 2akw-2brl
    PDB 2bvl-2dvb
    PDB 2dvd-2g38
    PDB 2g4i-2ify
    PDB 2iie-2mnr
    PDB 2muc-2p9a
    PDB 2pal-2r21
    PDB 2r22-2vqr
    PDB 2vs3-2z87
    PDB 2zad-3bso
    PDB 3bu0-3e7b
    PDB 3e8q-3g82
    PDB 3gbc-3ilm
    PDB 3ioi-3lp0
    PDB 3lp1-3n25
    PDB 3n37-3pvb
    PDB 3py5-3tmy
    PDB 3twz-4e5f
    PDB 4e5g-8icv
    PDB 8icw-9xim

Manganese Ionization Energy






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


Ionization Energy

Mn -> Mn1+ = 717.4 kJ/mol = 171.63 Kcal/mol
Mn1+ -> Mn2+ = 1509 kJ/mol = 361.00 Kcal/mol
Mn2+ -> Mn3+ = 3248.4 kJ/mol = 777.13 Kcal/mol
Mn3+ -> Mn4+ = 4940 kJ/mol = 1181.82 Kcal/mol
Mn4+ -> Mn5+ = 6990 kJ/mol = 1672.25 Kcal/mol
Mn5+ -> Mn6+ = 9200 kJ/mol = 2200.96 Kcal/mol
Mn6+ -> Mn7+ = 11508 kJ/mol = 2753.11 Kcal/mol
Mn7+ -> Mn8+ = 18956 kJ/mol = 4534.93 Kcal/mol
Mn8+ -> Mn9+ = 21400 kJ/mol = 5119.62 Kcal/mol
Mn9+ -> Mn10+ = 23960 kJ/mol = 5732.06 Kcal/mol
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