\( \mathrm{XeO}_{3} \) contains (A) four \( \pi \)-bonds, and the remaining four electron pairs ...
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0\( \mathrm{XeO}_{3} \) contains
(A) four \( \pi \)-bonds, and the remaining four electron pairs form a tetrahedron with one corner occupied by a lone pair
(B) six electron pairs and two lone pairs
(C) two \( \pi \)-bonds, and two corners of a tetrahedron occupied by a lone pair
(D) three \( \pi \)-bonds and the remaining four electron pairs form a tetrahedron with one corner occupied by a lone pair
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