Four spheres are involved in the formation of a tetrahedral void.
The octahedral void is surrounded by six spheres.
There are two tetrahedral voids associated with each atom.
There is one octahedral void associated with two atoms.
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The Correct Option isD
Solution and Explanation
Step 1: Concept In close-packed structures (ccp/hcp), the number of voids is mathematically related to the number of constituent atoms ($N$).
Step 2: Meaning For $N$ atoms, there are $2N$ tetrahedral voids and $N$ octahedral voids.
Step 3: Analysis (A) and (B) describe the coordination geometry correctly. (C) is correct as $2N/N = 2$. (D) is incorrect because there is 1 octahedral void per 1 atom ($N/N = 1$), not per 2 atoms.
Step 4: Conclusion Statement (D) contradicts the established ratio of octahedral voids to atoms.
Final Answer: (D)