Question

5.73 × 10²⁴ carbon atoms mol 2.06 × 10²⁴ copper atoms mol 9.32 × 10²⁴ sulfur atoms mol A. 9.55 × 10⁰ mol, 3.23 × 10¹ mol, 5.41 × 10¹ mol B. 5.73 × 10⁻¹ mol, 2.06 × 10⁻¹ mol, 9.32 × 10⁻¹ mol C. 9.55 × 10³ mol, 3.23 × 10³ mol, 5.41 × 10³ mol D. 5.73 × 10²⁴ mol, 2.06 × 10²⁴ mol, 9.32 × 10²⁴ mol

Answer 1

The coefficients for each element in the molecular formula are represented in terms of atoms per mole.The correct option is D.
`\(5.73 × 10^(24)\)` mol for carbon atoms,
`\(2.06 × 10^(24)\)`mol for copper atoms, and
`\(9.32 × 10^(24)\)`mol for sulfur atoms.

Step-by-step explanation:

In the given question, the coefficients for each element in the molecular formula are represented in terms of atoms per mole. The coefficients for carbon, copper, and sulfur are
`\(5.73 × 10^(24)\) mol, \(2.06 × 10^(24)\) mol, and \(9.32 × 10^(24)\) mol`, respectively. These coefficients indicate the number of moles needed to have
`\(5.73 × 10^(24)\)` carbon atoms,
`\(2.06 × 10^(24)\)` copper atoms, and
`\(9.32 × 10^(24)\)` sulfur atoms.

To determine the final answer, we compare the given values with the coefficients for each element. The correct option is D, which aligns with the coefficients provided in the question. Therefore, the final answer is
`\(5.73 × 10^(24)\)`mol for carbon,
`\(2.06 × 10^(24)\)`mol for copper, and
`\(9.32 × 10^(24)\)`mol for sulfur.

This choice reflects the proper understanding of the conversion between atoms and moles based on the given coefficients. It's essential to pay attention to the order of magnitude and interpret the coefficients correctly to arrive at the accurate answer. The correct option ensures that the number of moles corresponds to the specified number of atoms for each element in the molecular formula.