2. For the Circular Motion Experiment, a) For the same mass moving around, when the radius of rotation is increased, doe

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2 For The Circular Motion Experiment A For The Same Mass Moving Around When The Radius Of Rotation Is Increased Doe 1 (45.59 KiB) Viewed 43 times

2. For the Circular Motion Experiment, a) For the same mass moving around, when the radius of rotation is increased, does the Centripetal Force increase or decrease ? (circle one). Explain. b) Calculate the Centripetal Force for the mass of 352.5 grams rotating at radius of 14.0cm, and at angular velocity of 4.11 rad/s/ c) What is the uncertainty of your answer to Part b). Given that the uncertainty of the mass is 0.5 gram, the uncertainty of the radius is 0.5cm, the uncertainty of the angular velocity is 0.03 rad/s.