There are only two forces exerted on the simple meter stick shown in the figure (imagine it is floating in space, for example). The stick is otherwise free to move. The forces are exerted at = 30∘ measured from the meter stick. When measured with respect to an axis through the center of the meter stick, the net torque resulting from the forces exerted on the meter stick is (take clockwise to be positive and counter clockwise to be negative) equation sheet Select one: a. 25 Nm b. 12.5 Nm c. 0 Nm d. 21.7 Nm e. 6.25 Nm

There are only two forces exerted on the simple meter stick shown in the figure (imagine it is floating in space, for example). The stick is otherwise free to move. The forces are exerted at = 30∘ measured from the meter stick. When measured with respect to an axis through the center of the meter stick, the net torque resulting from the forces exerted on the meter stick is (take clockwise to be positive and counter clockwise to be negative) equation sheet Select one: a. 25 Nm b. 12.5 Nm c. 0 Nm d. 21.7 Nm e. 6.25 Nm

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There are only two forces exerted on the simple meter stick shown in the figure (imagine it is floating in space, for example). The stick is otherwise free to move. The forces are exerted at = 30 measured from the meter stick. When measured with respect to an axis through the center of the meter stick, the net torque resulting from the forces exerted on the meter stick is (take clockwise to be positive and counter clockwise to be negative) equation sheet
Select one: a. 25 N m b. 12.5 N m c. 0 N m d. 21.7 N m e. 6.25 N m

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