Which of the following statements is correct?

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(D) $1$. $IP$ of $X_{(g)}^{+} > IP$ of $X_{(g)}$: Since the effective nuclear charge $(Z_{eff})$ of $X^{+}$ is greater than that of $X$,more energy is

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All are correct

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(D) $1$. $IP$ of $X_{(g)}^{+} > IP$ of $X_{(g)}$: Since the effective nuclear charge $(Z_{eff})$ of $X^{+}$ is greater than that of $X$,more energy is required to remove an electron from $X^{+}$.$2$. $IP$ of $X_{(g)} > IP$ of $X_{(g)}^{-}$: $X^{-}$ has higher electron density and greater inter-electronic repulsion,making it easier to remove an electron compared to the neutral atom $X$.$3$. $IP$ of $X_{(g)} > E.A$ of $X_{(g)}$: Ionization Potential $(IP)$ is the energy required to remove an electron,which is always positive,whereas Electron Affinity $(E.A)$ is the energy released when an electron is added,which is typically smaller in magnitude.Therefore,all statements are correct.

Column $I$ (Element types)	Column $II$ (Electronic configuration)
$A$. Inert-gas elements	$1. (n-1)d^{1-10} ns^{1-2}$
$B$. Transition elements	$2. ns^2 np^6$
$C$. Inner-transition elements	$3. (n-2)f^{1-14} (n-1)s^2 p^6 d^{0-1} ns^2$

Similar Questions

Identify the incorrect statement from the following:

Consider the following orders :-
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$(III)$ $B > C > N > O > F$ ($1^{st}$ ionization energy)
$(IV)$ $CCl_4 > SiCl_4$ (Boiling point)
The $CORRECT$ order$(s)$ are :-

In which of the following options does the order of arrangement not agree with the variation of property indicated against it?

Which of the following pairs shows opposite trends when moving from left to right in a period and from top to bottom in a group?

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