Gravitational Potential Energy Calculator
Estimate energy change when raising a mass in constant gravity.
Your inputs
Calculation results
Formula & assumptions
Energy change = mgh; gravitational acceleration is treated as constant.
Values use the specified units. Calculations use floating-point arithmetic. Check input measurements and formula assumptions before applying the result.
Compare your scenarios
Save up to five results to compare changes side by side. Scenarios stay in this tab until you clear or reload it.
Using Gravitational Potential Energy Calculator
Estimate energy change when raising a mass in constant gravity.
- Enter mass, height change, gravity using the units printed under each field.
- Choose Calculate, or enable live updates. Review the result labels and formula assumptions.
- Save scenarios to compare up to five variations, then copy the report or download JSON or CSV.
Example
Mass: 10 kilograms Height change: 3 meters Gravity: 9.80665 meters per second squared Potential energy change · joules: 294.1995 Weight force · newtons: 98.0665
Questions & answers
What does Gravitational Potential Energy Calculator calculate?
Estimate energy change when raising a mass in constant gravity.
Which units should I enter?
Mass uses kilograms. Height change uses meters. Gravity uses meters per second squared. Convert values to these units before calculating.
Which formula does it use?
Energy change = mgh; gravitational acceleration is treated as constant.
What does the included example show?
Mass: 10 kilograms; Height change: 3 meters; Gravity: 9.80665 meters per second squared. Result: Potential energy change · joules = 294.1995; Weight force · newtons = 98.0665.
Can I compare different settings?
Yes. Save a scenario, change the inputs and save another result. Up to five scenarios are compared in this tab; they disappear when you reload or leave.
Can I export the calculation?
Copy the JSON report or download JSON and CSV with inputs, result labels and numeric values. Processing uses local JavaScript; no calculation request is sent to our server. Displayed values use up to 10 significant digits; exports retain JavaScript numeric precision.
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