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Resume 3 of 15 Questions Assignment Score: 69.8% Resources x Give Up? Feedback Press Esc to exit full screen 1 Question Attempt 2 100% 1
Resume 3 of 15 Questions Assignment Score: 69.8% Resources x Give Up? Feedback Press Esc to exit full screen 1 Question Attempt 2 100% 1 of co Attempts Correct an A uniform, solid sphere of radius 5.50 cm and mass 3.00 kg starts with a purely translational speed of 1.75 m/s at the top of an 2 Question 100% inclined plane. The surface of the incline is 1.25 m long, and is tilted at an angle of 30.0 with respect to the horizontal. 1 of co Attempts Correct Assuming the sphere rolls without slipping down the incline, calculate the sphere's final translational speed v2 at the bottom of Macmillan Learning the ramp. 3 Question 0% 2 of . Attempts 4 Question 100% 4.20 m/s 1 of co Attempts Correct U = Incorrect 5 Question 0% 1 of co Attempts 6 Question 0% 1 of co Attempts 7 Question 50% 1 of co Attempts 8 Question 100% 1 of co Attempts Correct 9 Question 97.5% 2 of co Attempts Correct 10 Question 100% 1 of co Attempts Correct 11 Question 100% 1 of co Attempts Correct#5 of 15 Questions Assignment Score: 69.8% Resources x Give Up? Feedback Resume Press Esc to exit full screen 1 Question 100% Attempt 1 1 of co Attempts Correct What is the magnitude of the orbital angular momentum L of Jupiter about the Sun? Use data from the astropendix to answer 2 Question 100% this question. 1 of co Attempts Correct Macmillan Learning 3 Question 0% 2 of co Attempts 2.67 x1040 L = kg m s-1 4 Question 100% Incorrect 1 of co Attempts Correct 5 Question 0% 1 of co Attempts 6 Question 0% 1 of co Attempts 7 Question 50% 1 of co Attempts 8 Question 100% 1 of co Attempts Correct Jupiter 9 Question 97.5% 2 of co Attempts Correct 10 Question 100% Image credits: NASA/JPL/University of Arizona. 1 of co Attempts Correct 11 Question 100% 1 of co Attempts CorrectResume 6 of 15 Questions Assignment Score: 69.8% Resources x Give Up? Feedback Press Esc to exit full screen 100% Attempt 1 1 Question 1 of co Attempts Correct 20 A 1490 kg car has just passed a diner. The closest the car 2 Question 100% came to the diner was R = 32.5 m, but the car has driven 1 of co Attempts Correct another x = 36.7 m in the 2.45 s elapsed since then. If the car Macmillan Learning travels at constant speed, what is the current magnitude L of R 3 Question 0% the angular momentum of the car about the diner? 2 of co Attempts 4 Question 100% 1 of co Attempts Correct 699257 L = kg.m-/s 5 Question 0% Incorrect 1 of co Attempts 6 Question 0% 1 of co Attempts 7 Question 50% 1 of co Attempts 8 Question 100% 1 of co Attempts Correct 9 Question 97.5% 2 of co Attempts Correct 10 Question 100% 1 of co Attempts Correct 11 Question 100% 1 of co Attempts Correct
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