Answer Happy

rotating disk, and that the disk is rotating with an angular velocity of 120"You will alculate the radial acceleration of the ladybug, assuming it is still at the edge of the need to use the ruler included in the simulation (Hint: be careful with units as your work this problem.) e. What is the tangential acceleration of the ladybug in part (d)? Show your work/explain your answer, blem 3 = ladybug is initially at 8-0°, and the disk is initially motionless. In five seconds, the c lerates at a constant rate to an angular speed of 200°/s. In the space provided bel ram the ladybug's angular position, angular velocity, and angular acceleration for the seconds of its motion. Be sure to label the axes of your graph with the appropriate ph atity and include units. 3