Gravitational & elastic potential energy
E = Ep + Ek + Es; gravitational Ep = mgh, elastic Es = ½kx² — watch energy convert between forms.
Work & mechanical energyWork, kinetic/potential energy, and conservation.
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Gravitational & elastic potential energy
Gravitational and elastic potential energy conversion. This “Gravitational & elastic potential energy” page is an MVP interactive sketch — formulas, controls, and live readouts in the browser; a fuller bench may follow.
Gravitational and elastic potential energy conversion.
Key formulas
E_p=mghE_s=\tfrac12 kx^2E=E_p+E_k+E_s
How to use
- Adjust parameters in the left panel.
- Use play / pause and speed controls.
- Match right-side readouts to the formulas.
- Reset to return to the initial state.
Applications
- Gravitational & elastic potential energy: Gravitational and elastic potential energy conversion.
- Classroom focus: gravitational Ep = mgh, elastic Es = ½kx² — watch energy convert between forms.
FAQ
What does MVP mean on this page?
An interactive sketch with formulas and parameters. Polished Ready labs are the full bench experience.
What does the “Gravitational & elastic potential energy” lab practice?
Tune parameters and match readouts to the “Gravitational & elastic potential energy” relations — useful for prep and demos.
Is force always along velocity?
No. Net force aligns with acceleration; velocity can point elsewhere.
How do graphs show uniform vs accelerated motion?
Uniform: constant x–t slope. Constant a: straight v–t with slope a.