For the process
`X(g) +e^(-) rarr X^(-)(g), DeltaH = x` and
`X^(-)(g) rarr X(g) +e^(-), DeltaH = y` Select correct alternate :

For the process X_((g)) + e^(-) rarr X_((g))^(-), Delta H =x and X_(g)^(-) rarr X_(g) + e^(-) , Delta H = y Select correct alternat :

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 100eV b) M^(+)(g) rarr M^(2+)(g)+e^(-),DeltaH=150eV c) I.E._(2) of M(g) is 250eV d) I.E._(2) of M(g) is 14=150eV

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)

M_((g)) rarr M_((g))^(+) +e^(-), DeltaH = 100eV M_((g)) rarr M_((g))^(2+) +2e^(-), DeltaH = 250 eV which is incorrect statement?

In the process , Cl(g) + e^(-) overset(DeltaH)(to)Cl^(-)(g) , DeltaH is

A^(+)(g) rarr A(g) DeltaH =- 2eV 2A(g) rarr 2A^(+) (g) DeltaH = x Find the value of x in eV.

M(g) rarr M^+ (g) +e^- : DeltaH =100eV M(g) rarr M^(2+) (g) +e^- : DeltaH =100eV Which is /are correct statement