A vertical flywheel is given an angular speed of 72.5 RPM about an horizontal axis through point O. The frictionless flywheel is brought to rest as it lifts an attached weight off the ground as shown at right. The flywheel can be modeled as a ring that has a mass of 10.0 kg and a radius of 48.0 cm. Pulley Weight a. What was the tension in the rope if it takes 5.0 seconds for the flywheel to slow down to a stop as the weight is lifted? Info Tension Newtons Attempts: 0/co Submit b. How many revolutions did the flywheel make during this 5.0 seconds? I Angular Distance Revolutions Info Attempts: 0/co Submit c. How high was the weight lifted? Height d. What was the mass that was lifted? meters Info Attempts: 0/00 Submit Info Attempts 0/00 Submit ka

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