Consider the following changes:
$A \to A^{+} + e^{-} : E_{1}$ and $A^{+} \to A^{2 +} + e^{-} : E_{2}$
The energy required to pull out the two electrons are $E_{1}$ and $E_{2}$ respectively. The correct relationship between two energies would be:

E_{1} < E_{2}

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E_{1} = E_{2}

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E_{1} > E_{2}

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E_{1} \neq E_{2}

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Solution

The correct option is A $E_{1} < E_{2}$
Always $I E_{2} > I E_{1}$
Since $,$ energy required to pull out an electron from positively charged nuclei is much more than neutral species $($ due to more $Z_{e f f}$ of $A^{+}$ than $A,$ exerts more force on electron $) .$

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Similar questions

$A \to A^{+} e, E_{1} a n d A^{+} \to A^{2 +} + e, E_{2}$ .
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Q. Consider the following changes:

A \to A^{+} + e : E_{1}

and

A^{+} \to A^{2 +} + e : E_{2}

The energy required to pull out the two electrons are

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E_{2}

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E_{1}, E_{2}, E_{3} a n d E_{4}

are the energies required to knock off the

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E_{1}, E_{2}, E_{3} a n d E_{4}

are the energies required to knock off the 1st, 2nd, 3rd and 4th electron respectively from the outermost orbit of the Carbon atom, choose the correct option:

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E_{1}, E_{2}, E_{3} a n d E_{4}

are the energies required to knock off the

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Consider the following changes:A→A++e−:E1 and A+→A2++e−:E2The energy required to pull out the two electrons are E1 and E2 respectively. The correct relationship between two energies would be:

The correct option is A E1<E2Always IE2>IE1Since, energy required to pull out an electron from positively charged nuclei is much more than neutral species (due to more Zeff of A+ than A, exerts more force on electron).

Consider the following changes:
$A \to A^{+} + e^{-} : E_{1}$ and $A^{+} \to A^{2 +} + e^{-} : E_{2}$
The energy required to pull out the two electrons are $E_{1}$ and $E_{2}$ respectively. The correct relationship between two energies would be:

The correct option is A $E_{1} < E_{2}$
Always $I E_{2} > I E_{1}$
Since $,$ energy required to pull out an electron from positively charged nuclei is much more than neutral species $($ due to more $Z_{e f f}$ of $A^{+}$ than $A,$ exerts more force on electron $) .$