Consider the following ionization steps : `M(g) rarr M^(+)(g) +e^(-), DeltaH=100eV` `M(g) rarr M^(2+)(g)+2e^(-),DeltaH=250eV` Select correct statement(s)a)`I.E._(1) " of "M(g) ` is 100eVb)`M^(+)(g) rarr M^(2+)(g)+e^(-),DeltaH=150eV`c)`I.E._(2)` of `M(g)` is 250eVd)`I.E._(2)` of M(g) is 14=150eVA. `IE_(1) of Mg is 100 eV`B. `IE_(1) of M^(+) (g) is 150 eV`.C. `IE_(2) of M(g) is 250 eV`D. `IE_(2) of M(g) is 150 eV`

Consider the following ionization steps : `M(g) rarr M^(+)(g) +e^(-),

1.	Consider the following ionization steps : `M(g) rarr M^(+)(g) +e^(-), DeltaH=100eV` `M(g) rarr M^(2+)(g)+2e^(-),DeltaH=250eV` Select correct statement(s)a)`I.E._(1) " of "M(g) ` is 100eVb)`M^(+)(g) rarr M^(2+)(g)+e^(-),DeltaH=150eV`c)`I.E._(2)` of `M(g)` is 250eVd)`I.E._(2)` of M(g) is 14=150eVA. `IE_(1) of Mg is 100 eV`B. `IE_(1) of M^(+) (g) is 150 eV`.C. `IE_(2) of M(g) is 250 eV`D. `IE_(2) of M(g) is 150 eV`
Answer» `M(g) rarr M^(+)(g) +e^(-) IE_(1) of M` `{:(M^(+) rarr M^(2+)+e^(-1),,IE_(2) of M but IE_(1) of M^(+)),(M rarrM^(2+) -: 2e^(-) ,,(IE_(1)+IE_(2))):} (A,B,D)`

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