2022-12-27T03:33:42+03:00[Europe/Moscow] en true <p><strong>Kinetic energy</strong></p>, <p><strong>Gravitational potential energy</strong></p>, <p><strong>Elastic potential energy</strong></p>, <p><strong>Total mechanical energy</strong></p>, <p><strong>Conservation of mechanical energy</strong></p>, <p><strong>Work done by nonconservative forces</strong></p>, <p><strong>Definition of work (mechanical)</strong></p>, <p><strong>Definition of work (isobaric gas–piston system)</strong></p>, <p><strong>Definition of power</strong></p>, <p><strong>Work–Energy theorem</strong></p>, <p><strong>Mechanical advantage</strong></p>, <p><strong>Efficiency</strong></p> flashcards
MCAT Physics and Math 2: Equations

MCAT Physics and Math 2: Equations

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  • Kinetic energy

  • Gravitational potential energy

    U = mgh

  • Elastic potential energy

  • Total mechanical energy

    E = U + K

  • Conservation of mechanical energy

    ΔE = ΔU + ΔK = 0

  • Work done by nonconservative forces

    Wnonconservative = ΔE = ΔU + ΔK

  • Definition of work (mechanical)

    W = F · d = Fd cos θ

  • Definition of work (isobaric gas–piston system)

    W = PΔV

  • Definition of power

  • Work–Energy theorem

    Wnet = ΔK = Kf – Ki

  • Mechanical advantage

  • Efficiency