What is the coordination number of an atom in a primitive cubic struct

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The discussion centers on understanding the coordination number of an atom in a primitive cubic structure, which is typically 6. Participants express confusion about the term "primitive cubic structure," with some referencing their textbooks that mention simple, face-centered, and body-centered cubic structures instead. The coordination number refers to the number of neighboring atoms surrounding a central atom. Despite the uncertainty about the term, the consensus is that the coordination number in this context is 6. Clarification on the definition of primitive cubic structure is necessary for a complete understanding.
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I don't understand this question at all. But since my Professor gave it to me I'm guessing it relates to the chapter of structures and types of solids.

What is the coordination number of an atom in a primitive cubic structure?
What the hell is this question asking for?
 
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coordination number is the number of atoms neighbouring a central atom. e.g. PCl5 exhibits a coordination number of 5.

in the cubic structure, the coordination number of an atom is most prolly 6. try to imagine the structure and the atoms, and see how many atoms are there around any other atom.
 
As have I chemisttree. And my textbook only talks about simple, face-centered, and body centered cubic. If it helps the answer to this was 6. But what central atom if i don't what primitive cubic structure is
 

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