The bond dissociation energy $(E)$ and bond length $(R)$ of $O_2$,$N_2$,and $F_2$ follow the order as:
- A$E(N_2) > E(O_2) > E(F_2)$ and $R(N_2) > R(O_2) > R(F_2)$
- B$E(F_2) > E(O_2) > E(N_2)$ and $R(F_2) > R(O_2) > R(N_2)$
- C$E(N_2) > E(O_2) > E(F_2)$ and $R(F_2) > R(O_2) > R(N_2)$
- D$E(O_2) > E(N_2) > E(F_2)$ and $R(F_2) > R(N_2) > R(O_2)$
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Similar Questions
Which of the following species is paramagnetic?
MediumIIT 1989
View SolutionFrom the following,identify the ions with the same bond order.
$I$. $CN^{-}$
$II$. $N_2^{+}$
$III$. $O_2^{2-}$
$IV$. $NO^{+}$
$I$. $CN^{-}$
$II$. $N_2^{+}$
$III$. $O_2^{2-}$
$IV$. $NO^{+}$
In the conversion of $N_2$ into $N_2^+$,the electron will be lost from which of the following molecular orbitals?
Medium
View SolutionIn which of the following molecules do the $\pi 2p_x$ and $\pi 2p_y$ orbitals fill after the $\sigma 2p_z$ molecular orbital?
Which among the following molecules exhibits paramagnetism?
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