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There are only two forces exerted on the 1-meter long stick shown in the figure (imagine it is floating in space, for example). The stick is not uniform, with its center of mass 70 cm from the left end of the stick, as indicated by point A in the figure. When measured with respect to an axis through the center of mass (point A), the magnitude of the net torque resulting from the forces exerted on the stick is 15.2 N∗m 0 N∗m I AM UNSURE 26.6 N∗m 11.4 N∗m IDON'T KNOW YET

There are only two forces exerted on the 1-meter long stick shown in the figure (imagine it is floating in space, for example). The stick is not uniform, with its center of mass 70 cm from the left end of the stick, as indicated by point A in the figure. When measured with respect to an axis through the center of mass (point A), the magnitude of the net torque resulting from the forces exerted on the stick is 15.2 N∗m 0 N∗m I AM UNSURE 26.6 N∗m 11.4 N∗m IDON'T KNOW YET

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There are only two forces exerted on the 1-meter long stick shown in the figure 15.2 N ∗ m (imagine it is floating in space, for example). The stick is not uniform, with its center of mass 70 c m from the left end of the stick, as indicated by point A in the 0 N ∗ m figure. When measured with respect to an axis through the center of mass (point A), the magnitude of the net torque resulting from the forces exerted on the stick is I AM UNSURE 26.6 N ∗ m 11.4 N ∗ m
IDON'T KNOW YET

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