☐ app.pivotinteractives.com/assignments/62816173211f6700146a81db/responses?groups=false Classes > Online Lab 7, Torque I

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☐ app.pivotinteractives.com/assignments/62816173211f6700146a81db/responses?groups=false Classes > Online Lab 7, Torque I

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App Pivotinteractives Com Assignments 62816173211f6700146a81db Responses Groups False Classes Online Lab 7 Torque I 1
App Pivotinteractives Com Assignments 62816173211f6700146a81db Responses Groups False Classes Online Lab 7 Torque I 1 (41.17 KiB) Viewed 50 times
App Pivotinteractives Com Assignments 62816173211f6700146a81db Responses Groups False Classes Online Lab 7 Torque I 2
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☐ app.pivotinteractives.com/assignments/62816173211f6700146a81db/responses?groups=false Classes > Online Lab 7, Torque Introduction Sydney Bustos Score: 1/20 (5.00%) The mass of the weights in each trial are: • Trial 1,3: 4.54 kg • Trial 2,4: 15.95 kg TRIAL 4 Change 11 MORATE 593 Submit for Grading 10 * interactives
Classes > Online Lab 7, Torque Introduction Sydney Bustos Score: 1/20 (5.00%) TRIAL Change I Save & Clase 1. For this part, Load "Trial 4" on the video. Calculate the angle from inside the sine function of the torque equation. Hint: Saved You can use the same r value from the previous videos. Score: 0/2 pivot Show your work on how you arrived at the answer. Hint: The goal here is to use trigonometry to find the angle. You should be doing trigonometry here, not solving a torque problem. (You cannot directly assume the torque is the same, although we will check the reading later in the lab) BIU FED理 % 2. For this part, Load "Trial 4" on the video. Find the torque for this arm. Use the angle from your previous question to answer this
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