6. The rock, attached to the string in the following diagram takes 0.95s to complete a rotation, as it continues to move with uniform circular motion. The length of the string it is attached to is 2.35m, and the angle the string makes with the horizontal is 7.25°. What is the centripetal acceleration of the rock? Note: this may not be happening on Earth where g=9.8m/s?.
6. The rock, attached to the string in the following diagram takes 0.95s to complete a rotation, as it continues to move with uniform circular motion. The length of the string it is attached to is 2.35m, and the angle the string makes with the horizontal is 7.25°. What is the centripetal acceleration of the rock? Note: this may not be happening on Earth where g=9.8m/s?.
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6. The rock, attached to the string in the following diagram takes 0.95s to complete a
rotation, as it continues to move with uniform circular motion. The length of the string
it is attached to is 2.35m, and the angle the string makes with the horizontal is 7.25°.
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What is the centripetal acceleration of the rock? Note: this may not be happening on
Earth where g=9.8m/s².
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7. The following image shows a speed skater track. It is difficult to read, but the skaters
take a path with a radius of 8.5m as they turn around one of the bends. If the skaters
take the turns at a speed of 14.13m/s, what centripetal acceleration will they
experience?
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