In which of the following pairs of species is | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(D) $1$. In $F-F$ vs $Cl-Cl$: Due to the small size of $F$ atoms,there is significant inter-electronic repulsion between the lone pairs,making the $F-

Vedclass · Accepted Answer

All of these

Vedclass · Answer

(D) $1$. In $F-F$ vs $Cl-Cl$: Due to the small size of $F$ atoms,there is significant inter-electronic repulsion between the lone pairs,making the $F-F$ bond longer and weaker than expected,but compared to $Cl-Cl$,$F-F$ has a shorter bond length. This option does not satisfy the condition.$2$. In $C-C$ vs $Si-Si$: $C-C$ has a smaller atomic radius than $Si-Si$,so $C-C$ has a shorter bond length and higher bond energy. This does not satisfy the condition.$3$. In $P-P$ vs $N-N$: $N-N$ has a very small bond length due to the small size of $N$ atoms,but it has a very low bond energy due to strong lone pair-lone pair repulsions. $P-P$ has a larger bond length and higher bond energy than $N-N$. Thus,the $I^{st}$ species $(P-P)$ has a larger bond length and higher bond energy than the $II^{nd}$ species $(N-N)$.$4$. Upon re-evaluating the question criteria: The question asks for $I < II$ for both bond length and bond energy. None of the provided options satisfy this condition correctly based on standard chemical trends.

In which of the following pairs of species is the bond length as well as the bond energy of the $I^{st}$ species less than the $II^{nd}$ species?

Similar Questions

Which of the following are isostructural pairs?
$A.$ $SO_{4}^{2-}$ and $CrO_{4}^{2-}$
$B.$ $SiCl_{4}$ and $TiCl_{4}$
$C.$ $NH_{3}$ and $NO_{3}^{-}$
$D.$ $BCl_{3}$ and $BrCl_{3}$

The formal charges of $N_{(1)}$,$N_{(2)}$ and $O$ atoms in the structure shown below are respectively:
$:N_{(1)}=N_{(2)}=\ddot{O}:$

In $XeO_3F_2$,the number of bond pair$(s)$,$\pi$-bond$(s)$ and lone pair$(s)$ on $Xe$ atom respectively are:

Choose the correct order for the given property.
$M.P. \to$ Melting Point; $S \to$ Solubility

Which of the following statements is incorrect regarding $SO_3$?

Vedclass Test Series

Exam Paper Generator

Online Exam Module