During a 3.50-min ride, a carousel goes around at a rate of 4.85 rpm. Answer the following questions about this ride, assuming its angular speed is constant. a What is the angular speed in rad/s? b. Through what angular displacement will the riders go through during one 3.50-min ride? C. How many rotations will this be?
During a 3.50-min ride, a carousel goes around at a rate of 4.85 rpm. Answer the following questions about this ride, assuming its angular speed is constant. a What is the angular speed in rad/s? b. Through what angular displacement will the riders go through during one 3.50-min ride? C. How many rotations will this be?
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![During a 3.50-min ride, a carousel goes around at a rate of 4.85 rpm. Answer the following questions about this ride, assuming
its angular speed is constant.
A.
What is the angular speed in rad/s?
b. Through what angular displacement will the riders go through during one 3.50-min ride?
C. How many rotations will this be?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2f11501e-d078-4b43-a0b2-342691852f73%2Fae0f7e3c-0105-4a2b-8d8e-32b228f5f676%2Fd2x9sdj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:During a 3.50-min ride, a carousel goes around at a rate of 4.85 rpm. Answer the following questions about this ride, assuming
its angular speed is constant.
A.
What is the angular speed in rad/s?
b. Through what angular displacement will the riders go through during one 3.50-min ride?
C. How many rotations will this be?
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