To a light beam (of negligible mass), two antiparallel forces are applied, as shown in the figure. These forces cause a net torque equal to 7.3 Nm (and with the same direction as that caused by F2) at the left end of the beam. If F1 = 7.2 N and F2 = 4.3 N, determine the distance "l" that separates them.
To a light beam (of negligible mass), two antiparallel forces are applied, as shown in the figure. These forces cause a net torque equal to 7.3 Nm (and with the same direction as that caused by F2) at the left end of the beam. If F1 = 7.2 N and F2 = 4.3 N, determine the distance "l" that separates them.
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To a light beam (of negligible mass), two antiparallel forces are applied, as shown in the figure. These forces cause a net torque equal to 7.3 Nm (and with the same direction as that caused by F2) at the left end of the beam. If F1 = 7.2 N and F2 = 4.3 N, determine the distance "l" that separates them.
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