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Examine the images below. Label each image as either STABLE or UNSTABLE. Then discuss whether the net torque experienced is ZERO, CLOCKWISE (CW), or COUNTERCLOCKWISE (CCW).

Examine the images below. Label each image as either STABLE or UNSTABLE. Then discuss whether the net torque experienced is ZERO, CLOCKWISE (CW), or COUNTERCLOCKWISE (CCW).

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7. Examine the images below. Label each image as either STABLE or UNSTABLE. Then discuss whether the net torque experienced is ZERO, CLOCKWISE (CW), or COUNTERCLOCKWISE (CCW). STABLE/UNSTABLE? Torque direction: ZERO/CW/CCW ? STABLE / UNSTABLE? CAUEX Torque direction: ZERO/CW/CCW ? STABLE / UNSTABLE? Torque direction: ZERO/CW/CCW? STABLE / UNSTABLE? Torque direction: ZERO/CW/CCW ? On each diagram above show the location of the center of mass, COM, and label the Fg vector to help back up your choices. Show the location of the pivot point as well (label with a "P"). 8. Let's summarize: How does the location of the center of mass determine how one will rotate about a certain pivot point?
Transcribed Image Text:7. Examine the images below. Label each image as either STABLE or UNSTABLE. Then discuss whether the net torque experienced is ZERO, CLOCKWISE (CW), or COUNTERCLOCKWISE (CCW). STABLE/UNSTABLE? Torque direction: ZERO/CW/CCW ? STABLE / UNSTABLE? CAUEX Torque direction: ZERO/CW/CCW ? STABLE / UNSTABLE? Torque direction: ZERO/CW/CCW? STABLE / UNSTABLE? Torque direction: ZERO/CW/CCW ? On each diagram above show the location of the center of mass, COM, and label the Fg vector to help back up your choices. Show the location of the pivot point as well (label with a "P"). 8. Let's summarize: How does the location of the center of mass determine how one will rotate about a certain pivot point?
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