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25.2: Wheel and Axle
https://phys.libretexts.org/Courses/Prince_Georges_Community_College/General_Physics_I%3A_Classical_Mechanics/25%3A_Simple_Machines/25.02%3A_Wheel_and_Axle
The resistive force is attached to the axle, and the applied effort force is attached to the larger wheel. Then the distance traveled by the resistive force is $2 \pi r_{a}$ , where $r_{a}$ is the ...The resistive force is attached to the axle, and the applied effort force is attached to the larger wheel. Then the distance traveled by the resistive force is $2 \pi r_{a}$ , where $r_{a}$ is the axle radius. The distance through which the effort force is applied is $2 \pi r_{w}$ , where $r_{w}$ is the wheel radius. (Figure $\PageIndex{1}$ .) Figure $\PageIndex{1}$ : (a) The wheel and axle. (b) The windlass, another type of wheel and axle.

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