- Show Vebety Vector Show Acceleration Vector Ruler Angle 720 00 Angular Velocity Reset Al 296 48 0 00 Degrees 720 00 0 0 1 (29.77 KiB) Viewed 31 times
- Show Vebety Vector Show Acceleration Vector Ruler Angle 720 00 Angular Velocity Reset Al 296 48 0 00 Degrees 720 00 0 0 2 (42.63 KiB) Viewed 31 times
Suppose that we take the rotating disk from the simulation and suspend it from the ceiling, as shown in the picture below. Now, gravity acts on the disk and the ladybug directly downward, in the -z direction. The ladybug is located 2m away from the disk's center of rotation. If the coefficient of static friction between the ladybug and the disk's surface is g = 0.6, how quickly can the disk rotate before the ladybug begins to slip? (Report your answer in units of deg/s.) W Es