2023-01-05T07:53:43+03:00[Europe/Moscow] en true <p><strong>Density</strong></p>, <p><strong>Weight of a volume of fluid</strong></p>, <p><strong>Specific gravity</strong></p>, <p><strong>Pressure</strong></p>, <p><strong>Absolute pressure</strong></p>, <p><strong>Gauge pressure</strong></p>, <p><strong>Pascal’s principle</strong></p>, <p><strong>Buoyant force</strong></p>, <p><strong>Poiseuille’s law</strong></p>, <p><strong>Critical speed</strong></p>, <p><strong>Continuity equation</strong></p>, <p><strong>Bernoulli’s equation</strong></p>, <p><strong>Displacement in a hydraulic system</strong></p>, <p><strong>Work in a hydraulic system</strong></p>, <p><strong>Dynamic pressure component of Bernoulli's equation</strong></p>, <p><strong>Static pressure component of Bernoulli's equation</strong></p> flashcards
MCAT Physics and Math 4: Equations to Remember

MCAT Physics and Math 4: Equations to Remember

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  • Density

  • Weight of a volume of fluid

    Fg = ρVg

  • Specific gravity

  • Pressure

  • Absolute pressure

    P = P0 + ρgz

  • Gauge pressure

    Pgauge = P – Patm = (P0 + ρgz) – Patm

  • Pascal’s principle

  • Buoyant force

    Fbuoy = ρfluid V fluiddisplacedg = ρfluid V submergedg

  • Poiseuille’s law

  • Critical speed

  • Continuity equation

    Q = v1A1 = v2A2

  • Bernoulli’s equation

  • Displacement in a hydraulic system

  • Work in a hydraulic system

  • Dynamic pressure component of Bernoulli's equation

  • Static pressure component of Bernoulli's equation

    P + ρgh