A rotating uniform-density disk of radius 0.6 m is mounted in the vertical plane. The axle is held up by supports that are not shown, and the disk is free to rotate on the nearly frictionless axle. The disk has mass 3.2 kg. A lump of clay with mass 0.3 kg falls and sticks to the outer edge of the wheel at the location < -0.57, 0.187, 0 > m. Just before the impact the clay has a speed 6 m/s, and the disk is rotating clockwise with angular speed 1.07 radians/s.

(a) Just before the impact, what is the angular momentum of the combined system of wheel plus clay about the center C? (As usual, x is to the right, y is up, and z is out of the screen, toward you.)

C,i = < , , -.616 > kg · m2/s

(b) Just after the impact, what is the angular momentum of the combined system of wheel plus clay about the center C?

C,f = < , , > kg · m2/s

(c) Just after the impact, what is the angular velocity of the wheel?

f = < , , > radians/s

(a) Just before the impact, what is the angular momentum of the combined system of wheel plus clay about the center C? (As usual, x is to the right, y is up, and z is out of the screen, toward you.)

C,i = < , , -.616 > kg · m2/s

(b) Just after the impact, what is the angular momentum of the combined system of wheel plus clay about the center C?

C,f = < , , > kg · m2/s

(c) Just after the impact, what is the angular velocity of the wheel?

f = < , , > radians/s

### Recently Asked Questions

- Please refer to the attachment to answer this question. This question was created from CH 20 HW.

- I am working on this program and keep getting an error syntax error c2059. The course is GSP125 Lab 3

- Computerized Operating Systems (OS) are almost everywhere. We encounter them when we use out laptop or desktop computer. We use them when we use our phone or