$O-O$ bond length in $H_2O_2$ is $\underline{X}$ than the $O-O$ bond length in $F_2O_2$. The $O-H$ bond length in $H_2O_2$ is $Y$ than that of the $O-F$ bond in $F_2O_2$. Choose the correct option for $\underline{X}$ and $\underline{Y}$ from the given below.
- A$X$-shorter,$Y$-shorter
- B$X$-shorter,$Y$-longer
- C$X$-longer,$Y$-longer
- D$X$-longer,$Y$-shorter
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Which of the following attractions is the strongest?
Which of the following orders are correct against the property given? $(I)$ Dipole moment $NF_3 > NH_3 > BF_3$ $(II)$ Covalent bond length $C-O > N-O > O-H$ $(III)$ Bond order $C_2 > B_2 > He_2$
| $(I)$ | Dipole moment | $NF_3 > NH_3 > BF_3$ |
| $(II)$ | Covalent bond length | $C-O > N-O > O-H$ |
| $(III)$ | Bond order | $C_2 > B_2 > He_2$ |
The formal charges of $N_{(1)}$,$N_{(2)}$ and $O$ atoms in the structure shown below are respectively:
$:N_{(1)}=N_{(2)}=\ddot{O}:$
$:N_{(1)}=N_{(2)}=\ddot{O}:$
Assertion : The $S-S-S$ bond angle in $S_8$ molecule is $105^o$.
Reason : $S_8$ has a $V$-shape.
Reason : $S_8$ has a $V$-shape.
Sulphuric acid $(H_2SO_4)$ provides an example of:
Medium
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