The number of naturally occurring p-block ele | vedclass

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(C) The group $18$ elements (noble gases) have completely filled valence subshells ($ns^2 np^6$,except $He$ which is $1s^2$).Due to the presence of pa

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$5$

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(C) The group $18$ elements (noble gases) have completely filled valence subshells ($ns^2 np^6$,except $He$ which is $1s^2$).Due to the presence of paired electrons in all orbitals,these elements are diamagnetic.The naturally occurring group $18$ elements are $He, Ne, Ar, Kr, Xe,$ and $Rn$.Since $Rn$ is radioactive,the number of naturally occurring stable $p$-block elements that are diamagnetic is $5$ $(He, Ne, Ar, Kr, Xe)$.

The number of naturally occurring $p$-block elements that are diamagnetic is

Similar Questions

The noble gas which forms the maximum number of compounds is

Consider the following transformations:
$I. XeF_6 + NaF \to Na^+[XeF_7]^-$
$II. 2PCl_{5(s)} \to [PCl_4]^+[PCl_6]^-$
$III. [Al(H_2O)_6]^{3+} + H_2O \to [Al(H_2O)_5OH]^{2+} + H_3O^+$
Which of the above transformations are correct?

Which of the following statements is $NOT$ correct?

What is the oxidation state of xenon in xenon monooxytetrafluoride?

Assertion $(A)$: All noble gases are monoatomic.
Reason $(R)$: All noble gases have very low melting and boiling points.

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