Fulcrum Calculator

Calculates the ideal fulcrum position required to lift a given load using principles of classical mechanics. The tool allows users to input values for the applied force, the desired output load, and the distance between these points. By applying mechanical advantage formulas, it determines where the pivot point must be placed along the lever arm to balance the system effectively. This calculation helps visualize how forces are distributed across a rigid beam structure. Students of physics, engineering hobbyists, and anyone studying simple machines can use this calculator. It provides a practical way to understand the relationship between effort, load, and resistance in real-world scenarios involving levers. Users gain insight into maximizing mechanical efficiency by correctly positioning the fulcrum relative to the applied force and the weight being lifted.