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If the horizontal distance between point O and A is a = 15 cm, distance between point O and B is b = 35 cm, total weight of the lower arm is W = |3D %3D 20 N, magnitude of the applied force is F = 50 N, and angle 0 = 30°, determine the net moment generated about O by F and W. %3D %3D Answer: Mo = 5.75 Nm (ccw) %3D

If the horizontal distance between point O and A is a = 15 cm, distance between point O and B is b = 35 cm, total weight of the lower arm is W = |3D %3D 20 N, magnitude of the applied force is F = 50 N, and angle 0 = 30°, determine the net moment generated about O by F and W. %3D %3D Answer: Mo = 5.75 Nm (ccw) %3D

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Polnt O. Answers: M1 = 3371.2 Nm: M, = 1607.2 Nm; Mp = 2548 Nm: Mnet = 7526.4Nm (a = 16 Cll that all poir les the same p = 6.3 Mnet angle 0 = 1 weight pan Problem 3.5 Consider a person using an exercise apparatus who is holding a handle that is attached to a cable (Fig. 3.31). The cable is wrapped around a pulley and attached to a weight pan. The weight in the weight pan stretches the cable and produces a tensile force F in the cable. This force is transmitted to the person's hand through the handle. The force makes an angle 0 with the horizontal and applied to the hand at point B. Point A represents the center of gravity of the person's lower W Answer: m Fig. 3.31 Problems 3.5 and 3.7 Problem 3. hamstring s lete trainin
Transcribed Image Text:Polnt O. Answers: M1 = 3371.2 Nm: M, = 1607.2 Nm; Mp = 2548 Nm: Mnet = 7526.4Nm (a = 16 Cll that all poir les the same p = 6.3 Mnet angle 0 = 1 weight pan Problem 3.5 Consider a person using an exercise apparatus who is holding a handle that is attached to a cable (Fig. 3.31). The cable is wrapped around a pulley and attached to a weight pan. The weight in the weight pan stretches the cable and produces a tensile force F in the cable. This force is transmitted to the person's hand through the handle. The force makes an angle 0 with the horizontal and applied to the hand at point B. Point A represents the center of gravity of the person's lower W Answer: m Fig. 3.31 Problems 3.5 and 3.7 Problem 3. hamstring s lete trainin
Moment and Torque arm and O is a point along the center of rotation of the elbow joint. Assume that points O, A, and B and force F all lie on a plane surface. unted to the ground gravity of the diving and B. 1) if the net moment of the diver and the If the horizontal distance between point O and A is a = 15 cm, distance between point O and B is b = 35 cm, total weight of the lower arm is W = 20 N, magnitude of the applied force is F = 50 N, and angle 0 = 30°, determine the net moment generated about O by F and W. Answer: M. = 5.75 Nm (ccw)
Transcribed Image Text:Moment and Torque arm and O is a point along the center of rotation of the elbow joint. Assume that points O, A, and B and force F all lie on a plane surface. unted to the ground gravity of the diving and B. 1) if the net moment of the diver and the If the horizontal distance between point O and A is a = 15 cm, distance between point O and B is b = 35 cm, total weight of the lower arm is W = 20 N, magnitude of the applied force is F = 50 N, and angle 0 = 30°, determine the net moment generated about O by F and W. Answer: M. = 5.75 Nm (ccw)
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