Ropes AB and CAD can support a maximum tension of 650 N. Knowing that 8 = 30°, determinelargest mass at C that can be supported without exceeding the allowable tension in either rope andthe angle a required for equilibrium. Enter the largest MASS that can be supported at C below.Express your answer in kg to the nearest 0.1 kg.BaDYour written solution must include an FBD of pulley A, along with calculations for the force in ropeAB, the force in rope CAD, and the angle a required to maintain equilibrium.

Given that, Ropes AB and CAD can support a maximum tension of 650 N.…

Answered: Ropes AB and CAD can support a maximum…

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