Consider the following ionization energies for a metal M `M_((g)) rarr M_((g))^(+) + e^(-) , " " DeltaH = + 580` kJ / mole `M_((g))^(+) rarr M_((g))^(+2) + e^(-) , " " DeltaH = + 1815` kJ / mole `M_((g))^(+2) rarr M_((g))^(+3) + e^(-) , " " DeltaH = + 2740` kJ / mole `M_((g))^(+3) rarr M_((g))^(+4) + e^(-) , " " DeltaH = + 11600` kJ / mole Select correct orderA. `M_((g))^(+2) lt M_((g))^(+4)` (size )B. `M_((g))^(+4) lt M_((g))^(+3)` (ionization energy )C. `M_((g))^(+3) lt M_((g))^(+4)` (electron affinity)D. All given orders are correct

Consider the following ionization energies for a metal M `M_((g)) rarr

1.	Consider the following ionization energies for a metal M `M_((g)) rarr M_((g))^(+) + e^(-) , " " DeltaH = + 580` kJ / mole `M_((g))^(+) rarr M_((g))^(+2) + e^(-) , " " DeltaH = + 1815` kJ / mole `M_((g))^(+2) rarr M_((g))^(+3) + e^(-) , " " DeltaH = + 2740` kJ / mole `M_((g))^(+3) rarr M_((g))^(+4) + e^(-) , " " DeltaH = + 11600` kJ / mole Select correct orderA. `M_((g))^(+2) lt M_((g))^(+4)` (size )B. `M_((g))^(+4) lt M_((g))^(+3)` (ionization energy )C. `M_((g))^(+3) lt M_((g))^(+4)` (electron affinity)D. All given orders are correct
Answer» Correct Answer - C

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