A compound contains atoms \[X,\,\,Y,\,\,Z.\] The oxidation number of \[X\]is \[sp-s{{p}^{2}}\] is + 5 and \[Z\] is \[-\,2\]. Therefore, a possible formula of the compound is [CPMT 1988]

\[{{X}_{3}}\,{{\left( {{Y}_{4}}Z \right)}_{2}}\]

\[{{X}_{2}}\,{{\left( Y{{Z}_{3}} \right)}_{2}}\]

\[{{X}_{3}}\,{{\left( Y{{Z}_{4}} \right)}_{2}}\]

A compound contains atoms \[X,\,\,Y,\,\,Z.\] The oxidation number of \

1.	A compound contains atoms \[X,\,\,Y,\,\,Z.\] The oxidation number of \[X\]is \[sp-s{{p}^{2}}\] is + 5 and \[Z\] is \[-\,2\]. Therefore, a possible formula of the compound is [CPMT 1988]
A.	\[XY{{Z}_{2}}\]
B.	\[{{X}_{2}}\,{{\left( Y{{Z}_{3}} \right)}_{2}}\]
C.	\[{{X}_{3}}\,{{\left( Y{{Z}_{4}} \right)}_{2}}\]
D.	\[{{X}_{3}}\,{{\left( {{Y}_{4}}Z \right)}_{2}}\]
Answer» D. \[{{X}_{3}}\,{{\left( {{Y}_{4}}Z \right)}_{2}}\]

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A compound contains atoms \[X,\,\,Y,\,\,Z.\] The oxidation number of \[X\]is \[sp-s{{p}^{2}}\] is + 5 and \[Z\] is \[-\,2\]. Therefore, a possible formula of the compound is [CPMT 1988]

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