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(D) $(1)$ In the gas phase,$SO_2$ has $sp^2$ hybridization with one lone pair on the sulphur atom,resulting in a $V$-shaped (bent) geometry. This stat

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(D) $(1)$ In the gas phase,$SO_2$ has $sp^2$ hybridization with one lone pair on the sulphur atom,resulting in a $V$-shaped (bent) geometry. This statement is correct.$(2)$ In the gas phase,$SO_3$ has $sp^2$ hybridization with no lone pairs on the sulphur atom,resulting in a trigonal planar geometry. This statement is correct.$(3)$ $\gamma-SO_3$ exists as a cyclic trimer,$(SO_3)_3$,where sulphur atoms are linked through oxygen bridges. This statement is correct.Therefore,all three statements are correct.

Consider the following statements in respect of oxides of sulphur.
$(1)$ In gas phase $SO_2$ molecule is $V$-shaped.
$(2)$ In gas phase $SO_3$ molecule is planar.
$(3)$ $\gamma-SO_3$ is a cyclic trimer.
Which of the above statements are correct?

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Consider the following statements in respect of oxides of sulphur. $(1)$ In gas phase $SO_2$ molecule is $V$-shaped. $(2)$ In gas phase $SO_3$ molecule is planar. $(3)$ $\gamma-SO_3$ is a cyclic trimer. Which of the above statements are correct?