The figure shown below consists of an 125.000000 g disk (Disk C) with two rods (Rod A- 210.000000 g and Rod B- 60.000000 g) on top of it. The center of each rod lines up with the center of the disk. The rods are placed perpendicular to each other with Rod A on top of Rod B. Based on the terms in the figure, rA = 10.000000 cm, rg = 25.000000 cm and rc = 20.000000 cm. Leeli the ladybug (ml = 1.100000 kg), who has recently eaten a huge meal, sits a distance rl - 15.000000 cm from the center of the disk. (Leeli is not shown in the figure- she is a very private ladybug). The entire system initially spins counterclockwise through the centers Of the disk and rod at a rate Ofw = rad/s. a. b. c. Top View The moment of inertia of Rod A, in kg.m2 and to five decimal places, is The moment of inertia of the entire system, in kg.m2 and to five decimal places, is The angular momentum of the entire system at this instant in time, in kg.m2/s and to five decimal places, is Leeli decides to move closer to the center of the disk so that she is now 5.000000 cm away from its center. Leeli's angular speed at her new location, in rad/s and to five decimal places, is (If a physical meaningful answer for this question cannot be calculated, then enter 'O' as your answer to the appropriate number of decimal places.) Leeli remains at a distance of 5.000000 cm from the center of the disk. The speed of Rod B when Leeli is at her new location, in m/s and to five decimal places, is (If a physical meaningful answer for this question cannot be calculated, then enter 'O' as your answer to the appropriate number of decimal places)