A. Five ropes in a pulley system support a large weight, W. What is the magnitude of the weight if the Tension in Rope #1 equals 100 N? The weight is in equilibrium. B. A pulling force of 600 N is being applied to that bracket at point A. Compute the magnitude of the moment about the origin, O. Be sure to also indicate whether the sign of the moment is positive or negative. C. Compute the unit vector, for the Resultant force in Problem #2. Fill in the blanks: ?= _________ + __________ + ___________????
A. Five ropes in a pulley system support a large weight, W. What is the magnitude of the weight if the Tension in Rope #1 equals 100 N? The weight is in equilibrium. B. A pulling force of 600 N is being applied to that bracket at point A. Compute the magnitude of the moment about the origin, O. Be sure to also indicate whether the sign of the moment is positive or negative. C. Compute the unit vector, for the Resultant force in Problem #2. Fill in the blanks: ?= _________ + __________ + ___________????
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A. Five ropes in a pulley system support a large weight, W. What is the magnitude of the weight if the Tension in Rope #1 equals 100 N? The weight is in equilibrium.
B. A pulling force of 600 N is being applied to that bracket at point A. Compute the magnitude of the moment about the origin, O. Be sure to also indicate whether the sign of the moment is positive or negative.
C. Compute the unit vector, for the Resultant force in Problem #2. Fill in the blanks: ?= _________ + __________ + ___________????
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