Section 1

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Pascal's principle

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Last updated

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Date created

Mar 1, 2020

Cards (13)

Section 1

(13 cards)

Pascal's principle

Front

pressure gets transmitted everywhere and is the same at any given height

Back

Bouyant force depends on volume of object, but density of fluid

Front

Wfluid=p fluid V object (g) Wobject=p object V object (g) (floats if smaller than buoyant force)

Back

moving fluids(conservation of energy)

Front

P1+pgh1+1/2pv1^2=P2+pgh2+1/2pv2^2

Back

hydraulics (same height)

Front

F2/A2=F1/A1

Back

Buoyancy

Front

Fb=W fluid=p fluid(Vd)g also W object=p object(V object)g

Back

Archimedes' principle

Front

buoyant force=weight of fluid displaced

Back

Diving

Front

Pbelow=Pabove+pgh

Back

changes in height

Front

P below=P above + pgh

Back

Gauge pressure=

Front

absolute pressure/atmosphere pressure

Back

Pressure

Front

Force/area

Back

Density

Front

Mass / Volume

Back

moving fluids(conservation of mass)

Front

A1V1=A2V2

Back

hydraulics

Front

F2/A2=F1/A1

Back