The apparent force that acts outward on a body moving in a circle is called?

The apparent force that acts outward on a body moving in a circle is called?

• A. Centrifugal Force
• B. Centripetal Force
• C. Chip Detector
• D. Blade Twist

Answer: (A)

When an object moves in a circle, there’s an inward force toward the center that provides the required centripetal acceleration. The outward, or “pushing away,” feeling you describe is the centrifugal force, an apparent force that appears when you analyze the motion from a rotating reference frame. It isn’t a real force in the inertial sense; rather, it’s the inertia of the body trying to move in a straight line while the path curves inward. The practical takeaway is that the outward force is labeled centrifugal because it describes that outward sensation in a rotating frame, whereas centripetal force is the actual inward force that keeps the motion circular. The other terms aren’t the force described here—chip detector is unrelated, and blade twist refers to blade geometry, not a force acting outward.

When an object moves in a circle, there’s an inward force toward the center that provides the required centripetal acceleration. The outward, or “pushing away,” feeling you describe is the centrifugal force, an apparent force that appears when you analyze the motion from a rotating reference frame. It isn’t a real force in the inertial sense; rather, it’s the inertia of the body trying to move in a straight line while the path curves inward. The practical takeaway is that the outward force is labeled centrifugal because it describes that outward sensation in a rotating frame, whereas centripetal force is the actual inward force that keeps the motion circular. The other terms aren’t the force described here—chip detector is unrelated, and blade twist refers to blade geometry, not a force acting outward.