How many steps are required for a 3.6 degree stepper motor to make a full rotation?

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Multiple Choice

How many steps are required for a 3.6 degree stepper motor to make a full rotation?

Explanation:
In a stepper motor, each full step covers a fixed angle. A full turn is 360 degrees, so steps per revolution = 360 divided by the degrees per step. With a 3.6-degree step, that’s 360 ÷ 3.6 = 100 steps. So 100 full steps are needed for a complete rotation. (Microstepping can increase the number of steps, but in full-step mode it’s 100.)

In a stepper motor, each full step covers a fixed angle. A full turn is 360 degrees, so steps per revolution = 360 divided by the degrees per step. With a 3.6-degree step, that’s 360 ÷ 3.6 = 100 steps. So 100 full steps are needed for a complete rotation. (Microstepping can increase the number of steps, but in full-step mode it’s 100.)

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