How many degrees of tire rotation does each tooth in a 100-tooth ABS reluctor wheel represent?

Explanation:

An ABS reluctor wheel is a key component in the anti-lock braking system (ABS) of a vehicle. It consists of teeth or gear-like projections arranged in a circular pattern around a specific component, such as the wheel hub or axle. Each tooth in the reluctor wheel serves a crucial role in the functioning of the ABS system.

When it comes to determining the rotation angle represented by each tooth in a 100-tooth ABS reluctor wheel, we must consider the total number of teeth on the wheel and the full circle rotation of 360 degrees. In this case, the ABS reluctor wheel has 100 teeth.

To calculate the rotation angle represented by each tooth, we can divide the full circle rotation by the number of teeth on the wheel:

360 degrees / 100 teeth = 3.6 degrees

Therefore, each tooth in a 100-tooth ABS reluctor wheel represents a rotation of 3.6 degrees. This means that as the reluctor wheel rotates, each tooth corresponds to a 3.6-degree rotation, allowing the ABS system to accurately monitor the wheel speed and prevent wheel lock-up during braking.