6 Chrome File Edit View History Bookmarks Profiles Tab window Help E :3 59%(3 ' 'v? Q 2 0 Thu May4 5:40 PM K . . B 03-(12) Precalculus 3-2 x 6 Find Mass with Torque x + v 6 9 C O i thephysicsaviary.com/Physics/APPrograms/FindMasswithTorqueI ) '3! I El W 3 hcbe.net Bookmarks H Classes L; Complete GuideL. E scholarship * Medical Sonograp... ' Strategy Games |... Ii Mail-Nguyen, My... 6 3de42e citiationforessay l E Other Bookmarks Find Mass with Torque In this problem you are going to be determining the mass of an object based on the balancing torques. You will be given the mass and location of a known object and you will use that to determine the mass of an unknown object. Make sure you account for the masses of the hangers that are holding the masses in place. The meter stick will be pivoted at its center of mass (50.0 cm mark). When you are ready to start the experiment, click on the begin button ear-. tun-n \\ Chrome File Edit View History Bookmarks Profiles Tab Window Help US B O 59% Q 8 0 Thu May 4 5:40 PM . . . 2 03-(12) Precalculus B-2 X Find Mass with Torque X + - - C D a thephysicsaviary.com/Physics/APPrograms/FindMasswithTorque/ * 0 My : ihcbe.net Bookmarks Classes , Complete Guide t... scholarship * Medical Sonograp Strategy Games |... . Mail - Nguyen, My... 3de42ee citiation for essay Other Bookmarks Find Mass with Torque Enter Answers Hide Question Your meterstick is pivoted at its center of mass. A 230.7 g mass is hung from a 19.6 g clamp on the right side of the meter stick. An unknown mass is hung from a 10.7 g clamp on the left side of the meter stick. Determine the torque created by the known mass. Set it equal to the torque from the unknown mass Based on the location of the unknown mass, find the mass. Don't forget to remove the mass of the hanger from the mass that you found. This will give you the mass of the unknown object. Enter your answer when you have finished your calculation. MAY 4