Ionisation energy of $O_{2}$ to $O^{+}$ is very similar to the ionization energy of $X e$ to $X e^{+}$ .

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Answer 1

The first ionisation energy of $O_{2}$ to form an $O_{2}^{+}$ ion as given by the following equation is 1175 KJ/mol.
$O_{2} \to O_{2}^{+} + e^{-}$

This energy is quite close to the ionisation energy of $X e$ to form $X e^{+}$ .

Answer 2

The first ionisation energy of

O_{2}

to form an

O_{2}^{+}

ion as given by the following equation is 1175 KJ/mol.

O_{2} \to O_{2}^{+} + e^{-}

This energy is quite close to the ionisation energy of

X e

to form

X e^{+}

.

Ionisation energy of $O_{2}$ to $O^{+}$ is very similar to the ionization energy of $X e$ to $X e^{+}$ .

True

False

Solution

The first ionisation energy of $O_{2}$ to form an $O_{2}^{+}$ ion as given by the following equation is 1175 KJ/mol.
$O_{2} \to O_{2}^{+} + e^{-}$

This energy is quite close to the ionisation energy of $X e$ to form $X e^{+}$ .

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Ionisation energy of O2​ to O+ O2is very similar to the ionization energy of Xe to Xe+.

True

False

The first ionisation energy of O2​ to form an O2+​ ion as given by the following equation is 1175 KJ/mol. O2​→O2+​+e− This energy is quite close to the ionisation energy of Xe to form Xe+.

Patterns of problems

Was this answer helpful?

Similar questions

Noble gas compounds are formed only with O2​ and F2​. If true enter 1, else enter 0.

Kr and Xe were discovered by:

MF+XeF4​→ 'A' (M+=Alkali metal cation) The state of hybridisation of the central atom in 'A' and shape of the species are :

The correct order of solubility in water for He, Ne, Ar, Kr, Xe is :

Helium has the highest value of ionisation energy among all the elements known.

Helium has the highest value of electron affinity among all the elements known.

More From Chapter

The p-Block Elements

Shortcuts & Tips

Common Misconceptions

Cheatsheets

Diagram set

Memorization tricks

Mindmap

Practice more questions

1 Qs

1 Qs

8 Qs

93 Qs

674 Qs

219 Qs

Ionisation energy of $O_{2}$ to $O^{+}$ is very similar to the ionization energy of $X e$ to $X e^{+}$ .

The first ionisation energy of $O_{2}$ to form an $O_{2}^{+}$ ion as given by the following equation is 1175 KJ/mol.
$O_{2} \to O_{2}^{+} + e^{-}$

This energy is quite close to the ionisation energy of $X e$ to form $X e^{+}$ .

Noble gas compounds are formed only with $O_{2}$ and $F_{2}$ .
If true enter 1, else enter 0.

$M F + X e F_{4} \to$ 'A'
( $M^{+} = Alkali metal cation)$
The state of hybridisation of the central atom in 'A' and shape of the species are :