Linked from

The 75 pages that link to Conservation of energy, each with the reason it gives.

• Bernoulli's principleNarrower topic: Bernoulli's equation applies energy conservation to pressure work, motion, and elevation in flowing fluid.

• Venturi effectNarrower topic: The pressure-speed tradeoff is an energy balance in the ideal-flow model.

• Conservative forceNarrower topic: Conservative forces allow mechanical energy conservation when no nonconservative work acts.

• James Prescott JouleNarrower topic: Joule’s experiments supported treating heat as energy rather than a conserved fluid.

• Dynamic soaringNarrower topic: The maneuver transfers energy from wind motion into the glider's kinetic energy.

• Perpetual motion machineNarrower topic: This broader principle rules out machines that create energy while operating.

• Simple machineNarrower topic: It explains why an ideal force-multiplying machine cannot reduce the work required.

• Torricelli's lawNarrower topic: The law equates lost gravitational potential energy with gained kinetic energy.

• Joule's first lawNarrower topic: Resistive heating illustrates energy conversion rather than energy creation.

• Poynting's theoremNarrower topic: Poynting’s theorem applies this general principle locally to electromagnetic fields and matter.

• GeodynamicsNarrower topic: Energy budgets constrain how internal heat powers geodynamic processes.

• Joule's laws (electrical heating)Narrower topic: Electrical work appears as thermal energy in the conductor.