Question: A 2.20m diameter circular disk with a rotational pivot at its center also has two connectors attached on an imaginary line from one side of
A 2.20m diameter circular disk with a rotational pivot at its center also has two connectors attached on an imaginary line from one side of the disk to the other, passing through the center of the disk. The first connector, on the left side of the center and 0.25 m from the edge of the disk, provides a force that is 220N and directed at a 70 angle from the radius of the disk towards the connector. If the second connector is 0.45m from the edge of the disk on the opposite side from the first connector, and can create a force at a 40 angle from the radius of the disk towards itself, what force (in N) must the connector impart to the disk to keep it from spinning?

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