The paramagnetic property of the oxygen molecule is due to the presence of unpaired electrons in
- A$(\sigma 2p_x)^1$ and $(\sigma^* 2p_x)^1$
- B$(\sigma 2p_x)^1$ and $(\pi 2p_y)^1$
- C$(\pi^* 2p_y)^1$ and $(\pi^* 2p_z)^1$
- D$(\pi^* 2p_y)^1$ and $(\pi 2p_y)^1$
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Similar Questions
In which of the following pairs do the two molecules have identical bond order?
Medium
View SolutionWhich of the following statements is not correct?
$I$) Bond length order: $H_2^- = H_2^+ > H_2$
$II$) $O_2^+, NO, N_2^-$ have the same bond order of $2.5$
$III$) Bond order can assume any value including zero up to four
$IV$) $NO_3^-$ and $BO_3^{3-}$ have the same bond order for the $X-O$ bond (where $X$ is the central atom)
$I$) Bond length order: $H_2^- = H_2^+ > H_2$
$II$) $O_2^+, NO, N_2^-$ have the same bond order of $2.5$
$III$) Bond order can assume any value including zero up to four
$IV$) $NO_3^-$ and $BO_3^{3-}$ have the same bond order for the $X-O$ bond (where $X$ is the central atom)
Difficult
View SolutionThe correct statement with regard to $H_{2}^{+}$ and $H_{2}^{-}$ is
Which one of the following pairs of species have the same bond order?
DifficultNEET 2017
View SolutionAccording to $MOT$,which of the following is correct?
Difficult
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