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MATH LAB
Compute PE = m × g × h in joules from a supplied mass, gravitational acceleration, and height.
WHAT THIS DOES
Runs entirely in your browser.
/tools/potential-energy-calculatorpotential-energy-calcv4.0.0LOCAL · LOCAL RUNIMPLEMENTED — This workbench is functional in the current release.Presets for this workbench
No preset yet. A preset stores the values in this form — never the result — and only for workbenches that run entirely in your browser.
Collections
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METHOD / LOCAL RUN
PE (J) = mass (kg) × g (m/s²) × height (m).
Boundary: Uniform gravitational field. No air resistance, friction, or relativistic correction.
The calculation or transformation runs in your browser using the values entered above. No input is sent to UtilityForge for this tool.
EXAMPLES / LOCAL RUN FIXTURES
FAQ
No. The potential energy calculator runs entirely locally.
The workbench states the exact method behind every result — the formula or procedure this page runs — so you can verify the computation instead of trusting a black box.
No. This workbench runs in the page: Mass (kg), Gravity (m/s²), Height (m) are read by the code your browser already downloaded, and UtilityForge receives neither the values nor the result.
Uniform gravitational field. No air resistance, friction, or relativistic correction.
RELATED TOOLS
LOCAL — Runs entirely in your browser.
COMMON USE CASES / SOURCE NOTE
Last reviewed:
Source information: Local PE = mgh formula.