- 39 The Angular Position Of A 0 36 M Diameter Flywheel Is Given By Rady 0 2 0 Find 8 In Radians At T 2 0 S 40 1 (44.09 KiB) Viewed 32 times
39. The angular position of a 0.36-m-diameter flywheel is given by rady 0 = (2.0) ² Find 8 in radians at t = 2.0 s. 40.
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39. The angular position of a 0.36-m-diameter flywheel is given by rady 0 = (2.0) ² Find 8 in radians at t = 2.0 s. 40.
39. The angular position of a 0.36-m-diameter flywheel is given by rady 0 = (2.0) ² Find 8 in radians at t = 2.0 s. 40. The angular position of a 0.36-m-diameter flywheel is given by 0 = (2.0) ² Find the distance that a particle on the flywheel rim moves over the time interva from 1 = 2.0 s to 1 = 5.0 s. 41. The angular position of a 0.36-m-diameter flywheel is given by rady 0 = (2.0) ² . Find the instantaneous angular velocity at = 2.0 s. 42. The angular position of a 0.36-m-diameter flywheel is given by 8 = (2.0) ² . Find the average angular velocity in rad over the interval 1 = 2.0 s to 1 = 5.0 s. 43. The angular position of a 0.36-m-diameter flywheel is given by 0 = (2.0) ² 10 | Page SPHS000 SPECIAL ASSIGNMENT 02 . Find the instantaneous angular acceleration at 1= 2.0 s. 05/20