Potential Energy Calculator
Potential Energy Calculator lets you gravitational potential energy near a surface is mass × gravity × height difference. Enter your own values or load the worked example.
- Copy or download the computed result
- Adjust mass (kg)
- See the processing method and limits
Method and calculation
Gravitational potential energy near a surface is mass × gravity × height difference.
Inputs and settings
Potential Energy Calculator accepts Mass (kg) (minimum 0); Height difference (m) (signed value); Gravity (m/s²) (minimum 0.000001).
Worked example
Potential Energy Calculator example — Mass (kg): 10; Height difference (m): 5; Gravity (m/s²): 9.80665. Computed output: { "joules": 490.3325 }
Output and limitations
Potential Energy Calculator: Use finite inputs. Results use double-precision arithmetic.
Technical references: JavaScript numerical operations
Potential Energy Calculator FAQs
Potential Energy Calculator applies the following rule to your input: Gravitational potential energy near a surface is mass × gravity × height difference. The worked example on this page uses the same processor as the result button.
Potential Energy Calculator has these boundaries: Use finite inputs. Results use double-precision arithmetic. Start by checking the mass (kg) field against the units or format shown.
Potential Energy Calculator provides this sample: { "joules": 490.3325 }. Use the sample button to reproduce it, then replace the inputs with your own values.