If the coil has 20,855 turns and each turn is 1.75 inches long, how many feet of #24 AWG wire are required to wind the coil?

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Multiple Choice

If the coil has 20,855 turns and each turn is 1.75 inches long, how many feet of #24 AWG wire are required to wind the coil?

Explanation:
Multiply the number of turns by the length of wire per turn to get total length, then convert to feet. So you have 20,855 turns × 1.75 inches per turn = 36,496.25 inches of wire. Convert inches to feet by dividing by 12: 36,496.25 ÷ 12 ≈ 3,041.35 feet. That’s about 3,041 feet, and the closest listed option is 3,042 feet, which is why that choice matches.

Multiply the number of turns by the length of wire per turn to get total length, then convert to feet. So you have 20,855 turns × 1.75 inches per turn = 36,496.25 inches of wire. Convert inches to feet by dividing by 12: 36,496.25 ÷ 12 ≈ 3,041.35 feet. That’s about 3,041 feet, and the closest listed option is 3,042 feet, which is why that choice matches.

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