TABLE A m o =850g i m(g) F i (N) phi r i (cm) 0 850 (cw direction)…
Question Answered step-by-step TABLE A m o =850g i m(g) F i (N) phi r i (cm) 0 850 (cw direction)… TABLE Amo=850g im(g)Fi(N)ϕri(cm)0850 (cw direction)8.33902911800 (CCW direction)17.6112621550 (CCW)15.2554131500 (CW)14.790154590. (CW)5.789026cw=clockwiseccw= counterclockwise Table A above shows the forces applied on the x and z axes.1. Calculate the sum of the horizontal and vertical forces for Part A using equationsFtotal, x=∑i Fi,x =0 Ftotal, z=∑i Fi,z =0 2. Calculate the sum of the torques on the rigid object for table A3. Calculate the % discrepancies of the torques for table A using equation: % Discrepancy = |τtotal| / Σ |τi| x 100% 4 Would it be possible to achieve equilibrium with only one of the two upward forces vertical andthe other at an angle to the vertical? Use a diagram as part of your answer. Thanks. Science Physics PHY 166 Share QuestionEmailCopy link Comments (0)
