What type of lever produces a great amount of force at the expense of speed?

A second-class lever is characterized by having the load positioned between the effort and the fulcrum. This arrangement allows for the application of a smaller force to move a larger load. In doing so, the second-class lever effectively amplifies the force leveraged, producing a greater output force while the distance over which the force is applied and the speed of movement is reduced.

For instance, when using a wheelbarrow as an example of a second-class lever, the user applies force at the handles, which raises the load placed in the wheelbarrow. Because the load is closer to the fulcrum (the wheel), the force exerted by the user can efficiently lift a heavy object with less effort.

This principle of mechanical advantage is what makes second-class levers particularly useful for tasks requiring significant force with limited motion distance, emphasizing the trade-off where speed of movement is compromised for increased force output. Other lever classes have different configurations and benefits, but they do not produce the same high force levels at the expense of speed seen in second-class levers.