Consider the following ionization energi...

Consider the following ionization energies for a metal M
`M_((g)) to M_((g))^(+)+e^(-) , DeltaH`=+580 kJ/mole
`M_((g))^(+) to M_((g))^(2+) + e^(-), DeltaH` =+1815 kJ/mole
`M_((g))^(2+) to M_((g))^(3+) + e^(-) , DeltaH`=+2740 kJ/mole
`M_((g))^(3+) + M_((g))^(4+) + e^(-) , DeltaH`= + 11600 kJ/mole
Total no. of electron(s) in outermost shell of metal M are:

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Consider the following ionization energies for a metal M M_((g)) to M_((g))^(+)+e^(-) , DeltaH =+580 kJ/mole M_((g))^(+) to M_((g))^(2+) + e^(-), DeltaH =+1815 kJ/mole M_((g))^(2+) to M_((g))^(3+) + e^(-) , DeltaH =+2740 kJ/mole M_((g))^(3+) + M_((g))^(4+) + e^(-) , DeltaH = + 11600 kJ/mole Select correct order.

`M_((g))^(2+) lt M_((g))^(4+)` (size)

`M_((g))^(4+) lt M_((g))^(3+)` (ionization energy )

`M_((g)) lt M_((g))^(+)` (electron affinity)

`M_((g))^(3+) lt M_((g))^(2+)` (Z/e ratio)

`M_((g))^(+)`

`M_((g))^(2+)`

`M_((g))^(3+)`

`M_((g))^(4+)`

`I_1` of `M_((g))` is 100 eV

`I_1` of `M_((g))^+` is 150 eV

`I_2` of `M_((g))` is 250 eV

`I_2` of `M_((g))` is 150 eV