A0.758 kg coin is placed at 0.298 from the center of a rotating horizontal turntable. When the coin has a speed 0.512 m/s, the force of static friction keeps the coin moving in uniform circular motion and provides the centripetal acceleration. What is the force of static friction? (Consider Newton's law for centripetal acceleration} O 0.667 N O 0.446 N O 0.889 N O0.213 N O 0.541 N
A0.758 kg coin is placed at 0.298 from the center of a rotating horizontal turntable. When the coin has a speed 0.512 m/s, the force of static friction keeps the coin moving in uniform circular motion and provides the centripetal acceleration. What is the force of static friction? (Consider Newton's law for centripetal acceleration} O 0.667 N O 0.446 N O 0.889 N O0.213 N O 0.541 N
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Transcribed Image Text:A 0.758 kg coin is placed at 0.298 from the center of a rotating horizontal turntable. When the coin has a speed 0.512 m/s, the force of
static friction keeps the coin moving in uniform circular motion and provides the centripetal acceleration. What is the force of static
friction? (Consider Newton's law for centripetal acceleration}
O 0.667 N
O 0.446 N
O 0.889 N
O 0.213 N
O 0.541 N
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