Question 14 (1 point) Two flying saucers were attached, and floating motionless together. Then they separated. The separ
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Question 14 (1 point) Two flying saucers were attached, and floating motionless together. Then they separated. The separ
Question 14 (1 point) Two flying saucers were attached, and floating motionless together. Then they separated. The separation protocol causes them to push off from each-other so that the large saucer to rotate clockwise, and the small saucer to rotate counter- clockwise. You can assume they both have the same uniform density. 0 After separation, which flying saucer has a greater magnitude of rotational kinetic energy (E), and which has a greater magnitude of angular momentum (L?? small one has greater E, small one has greater L O O small one has greater E, large one has greater L O small one has greater E, they have the same L large one has greater E, small one has greater L large one has greater E, large one has greater L large one has greater E, they have the same L о d d O they have the same E, small one has greater L they have the same E, large one has greater L Othey have the same E, they have the same L