Q1: In the vectors-experiment using the force table, an observer applied two forces to the ring...

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Q1: In the vectors-experiment using the force table, an observer applied two forces to the ring in the center of the force table with the help of masses suspended on different ropes. mı= 50 g were suspended at the angle of 30° with the -x axis, and m2= 80 g were suspended at the angle of 37° with the +x axis. Accordingly, what is the magnitude and the region of the equilibrant force? (the weight of the ropes and the mass hangers can be negligible. g= 10 m/s?, sin37= 0.6, cos37= 0.8, sin30= 0.5, cos30= 0.87) %3D F1 30 37 IV A) Fa = 0.76 N, III B) Fa = 0.76 N, IV C) Fa = = 0.56 N, III D) Fa = 0.56 N, IV E) Fa = = 0.56 N, II %3D Q1: In the vectors-experiment using the force table, an observer applied two forces to the ring in the center of the force table with the help of masses suspended on different ropes. mı= 50 g were suspended at the angle of 30° with the -x axis, and m2= 80 g were suspended at the angle of 37° with the +x axis. Accordingly, what is the magnitude and the region of the equilibrant force? (the weight of the ropes and the mass hangers can be negligible. g= 10 m/s?, sin37= 0.6, cos37= 0.8, sin30= 0.5, cos30= 0.87) %3D F1 30 37 IV A) Fa = 0.76 N, III B) Fa = 0.76 N, IV C) Fa = = 0.56 N, III D) Fa = 0.56 N, IV E) Fa = = 0.56 N, II %3D