Question

Statement 1 : Cyclic trimer of $S{O}_3$ possesses have six membered hetero-cyclic chains made up of $S$ and $O$ atoms
Statement 2 : Cyclic trimer of $S{O}_3$ is referred as $\gamma =S{O}_3$.

• A. If both Statement $1$ and Statement $2$ are true and the statement $2$ is the correct explanation of the statement $1$
• B. If both Statement $1$ and Statement $2$ are true but statement $2$ is not the correct explanation of the statement $1$
• C. If Statement $1$ is true but Statement $2$ is false
• D. If Statement $1$ is false but Statement $2$ is true

Answer 1

Answer: (B)

$S_3{O}_9$ is a cyclic trimer of $S{O}_3:a\gamma =S{O}_3$ form.