A-Level Further Maths · Further Mechanics
Circular Motion
What is it
Circular motion analyses objects moving in a circular path at constant speed, introducing centripetal acceleration and force (directed towards the centre) needed to keep an object moving in a circle rather than a straight line.
Why it matters
Circular motion explains everyday and engineering phenomena from why passengers feel pushed outward on a roundabout to how satellites stay in orbit — it's essential preparation for physics and engineering degrees.
Exam tip
Remember that centripetal force isn't a new, separate force — it's the resultant of the real forces already acting (tension, friction, gravity) that happens to point towards the centre. Trying to add an extra 'centripetal force' to a diagram is a common conceptual error.
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