A radial load applies a force at __° to the centerline of the shaft.

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Multiple Choice

A radial load applies a force at __° to the centerline of the shaft.

Explanation:
Radial load is defined by a force that acts perpendicular to the shaft’s centerline. The centerline runs along the length of the shaft, so a force that is at a right angle to that axis is 90 degrees. If the force were along the centerline, it would be an axial load (0 or 180 degrees, depending on direction), and 45 degrees would be an oblique direction, not truly radial. Therefore, the radial load direction corresponds to 90 degrees to the centerline.

Radial load is defined by a force that acts perpendicular to the shaft’s centerline. The centerline runs along the length of the shaft, so a force that is at a right angle to that axis is 90 degrees. If the force were along the centerline, it would be an axial load (0 or 180 degrees, depending on direction), and 45 degrees would be an oblique direction, not truly radial. Therefore, the radial load direction corresponds to 90 degrees to the centerline.

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