For a stepper motor with an angular resolution of 0.72° per step, how many steps are required for a full 360° rotation?

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Multiple Choice

For a stepper motor with an angular resolution of 0.72° per step, how many steps are required for a full 360° rotation?

Explanation:
To find how many steps make one full turn, use steps per revolution = full rotation angle ÷ angle per step. With an angular resolution of 0.72° per step, a 360° rotation requires 360 ÷ 0.72 = 500 steps. So five hundred steps are needed for a complete revolution. The other options don’t fit because they correspond to smaller totals: 250 steps would cover 180°, 400 steps would cover 288°, and 1000 steps would cover 720°, which is two full turns.

To find how many steps make one full turn, use steps per revolution = full rotation angle ÷ angle per step. With an angular resolution of 0.72° per step, a 360° rotation requires 360 ÷ 0.72 = 500 steps. So five hundred steps are needed for a complete revolution. The other options don’t fit because they correspond to smaller totals: 250 steps would cover 180°, 400 steps would cover 288°, and 1000 steps would cover 720°, which is two full turns.

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