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

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Question 14 1 Point Two Flying Saucers Were Attached And Floating Motionless Together Then They Separated The Separ 1
Question 14 1 Point Two Flying Saucers Were Attached And Floating Motionless Together Then They Separated The Separ 1 (271.59 KiB) Viewed 6 times
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
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