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Ropes AB and CAD can support a maximum tension of 650 N. Knowing that 0-30°, determine largest mass at C that can be supported without exceeding the allowable tension in either rope and the 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. B a D

Ropes AB and CAD can support a maximum tension of 650 N. Knowing that 0-30°, determine largest mass at C that can be supported without exceeding the allowable tension in either rope and the 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. B a D

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Ropes AB and CAD can support a maximum tension of 650 N. Knowing that 8 = 30°, determine largest mass at C that can be supported without exceeding the allowable tension in either rope and the 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. B a D Your written solution must include an FBD of pulley A, along with calculations for the force in rope AB, the force in rope CAD, and the angle a required to maintain equilibrium.
Transcribed Image Text:Ropes AB and CAD can support a maximum tension of 650 N. Knowing that 8 = 30°, determine largest mass at C that can be supported without exceeding the allowable tension in either rope and the 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. B a D Your written solution must include an FBD of pulley A, along with calculations for the force in rope AB, the force in rope CAD, and the angle a required to maintain equilibrium.
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