A compound contains $P$ and $Q$ elements. Atoms $Q$ are in ccp arrangement while $P$ occupy all tetrahedral sites. The formula of compound is:

P Q

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P Q_{2}

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P_{2} Q

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P_{3} Q

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Solution

The correct option is C $P_{2} Q$
According to the problem:
Let the number of atoms $Q$ in $C . C . P$ arrangement = $10$
Therefore,
all the tetrahedral sites are occupied by atoms, $P$ , their number = $20$
hence the ratio of $P : Q$ = $2 : 1$
Formula is $P_{2} Q$

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A compound contains P and Q elements. Atoms Q are in ccp arrangement while P occupy all tetrahedral sites. The formula of compound is:

The correct option is C P2QAccording to the problem:Let the number of atoms Q in C.C.P arrangement =10Therefore,all the tetrahedral sites are occupied by atoms, P, their number =20hence the ratio of P:Q=2:1Formula is P2Q

A compound contains $P$ and $Q$ elements. Atoms $Q$ are in ccp arrangement while $P$ occupy all tetrahedral sites. The formula of compound is:

The correct option is C $P_{2} Q$
According to the problem:
Let the number of atoms $Q$ in $C . C . P$ arrangement = $10$
Therefore,
all the tetrahedral sites are occupied by atoms, $P$ , their number = $20$
hence the ratio of $P : Q$ = $2 : 1$
Formula is $P_{2} Q$