Shelby and Jen are on a Merry-Go-Round. Shelby is sitting 4 feet from the center while...

 

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Shelby and Jen are on a Merry-Go-Round. Shelby is sitting 4 feet from the center while Jen is sitting 3 feet from the center. If Shelby is traveling 25 ft/min, find the following: a. Shelby's angular velocity (in radians/min) b. Jen's angular velocity (in radians/min) c. Jen's linear velocity (in ft/min) Shelby and Jen are on a Merry-Go-Round. Shelby is sitting 4 feet from the center while Jen is sitting 3 feet from the center. If Shelby is traveling 25 ft/min, find the following: a. Shelby's angular velocity (in radians/min) b. Jen's angular velocity (in radians/min) c. Jen's linear velocity (in ft/min) Shelby and Jen are on a Merry-Go-Round. Shelby is sitting 4 feet from the center while Jen is sitting 3 feet from the center. If Shelby is traveling 25 ft/min, find the following: a. Shelby's angular velocity (in radians/min) b. Jen's angular velocity (in radians/min) c. Jen's linear velocity (in ft/min) Shelby and Jen are on a Merry-Go-Round. Shelby is sitting 4 feet from the center while Jen is sitting 3 feet from the center. If Shelby is traveling 25 ft/min, find the following: a. Shelby's angular velocity (in radians/min) b. Jen's angular velocity (in radians/min) c. Jen's linear velocity (in ft/min)

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The angular velocity of a rotating object is the rate at which it rotates in radians per unit time T... View the full answer