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24 Cards in this Set
- Front
- Back
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Bulk Modulus
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B = (Δp)/(-ΔV/ΔV)
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Pressure
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p2 = p1 + pg(Δy)
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Buoyant Force
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Fb = p(Δy)A >> Equilibrium: Fb = mg
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Archimedes Principle
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The buoyant force is equal to the weight of the fluid displaced
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Sink or Float?
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(Vdisplaced/Vobject) = (Pobject/Pliquid)
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Hydraulic - Area
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(F1/A1) = (F2/A2)
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Hydraulic - Distance
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F1d1 = F2d2
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Absolute Pressure
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h = po/pg
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Gauge Pressure
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Δh = (p1 - p0)/pg
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Work Kinetic-Energy Theorem
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The Work Kinetic Energy Theorem is valid if work is done by a non-conservative force
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Hydraulic - Area
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(F1/A1) = (F2/A2)
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Hydraulic - Distance
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F1d1 = F2d2
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Absolute Pressure
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h = po/pg
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Gauge Pressure
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Δh = (p1 - p0)/pg
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Work Kinetic-Energy Theorem
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The Work Kinetic Energy Theorem is valid if work is done by a non-conservative force
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Hydraulic - Area
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(F1/A1) = (F2/A2)
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Hydraulic - Distance
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F1d1 = F2d2
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Absolute Pressure
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h = po/pg
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Gauge Pressure
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Δh = (p1 - p0)/pg
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Work Kinetic-Energy Theorem
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The Work Kinetic Energy Theorem is valid if work is done by a non-conservative force
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Potential Energy Function
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A potential energy function can only be defined for conservative forces
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Momentum Conservation
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Momentum is not conserved if an external force is exerted on the system
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Escape Velocity
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v = sqrt(2GM/r)
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Gyroscopic Motion
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Omega = T/L
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