Compound $X$ is the anhydride of sulphuric acid. The number of $\sigma$-bonds and the number of $\pi$-bonds present in $X$ are,respectively:
- A$3, 3$
- B$4, 2$
- C$2, 4$
- D$4, 3$
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Similar Questions
Which of the following is not a Lewis acid?
Easy
View SolutionCompare the $x$ and $y$ bond lengths in the following molecules:
Structure $1$: $HO-S(=O)-S(=O)-OH$ (where $x$ is the $S-S$ bond length)
Structure $2$: $HO-S(=O)_2-S(=O)-OH$ (where $y$ is the $S-S$ bond length)
Structure $1$: $HO-S(=O)-S(=O)-OH$ (where $x$ is the $S-S$ bond length)
Structure $2$: $HO-S(=O)_2-S(=O)-OH$ (where $y$ is the $S-S$ bond length)
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View SolutionWhat is the total number of planes in $CH_4$ that contain the maximum number of atoms?
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View SolutionAssertion : 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.
Which of the following formulas does not correctly represent the bonding capacity of the atom involved?
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