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Title: Physics - Fluids, Heat Transfer, Thermodynamics
Description: These notes are from an algebra based Physics I course geared towards Biology majors. This powerpoint is a boiled down version of the material as it contains all of the equations we were required to know for the test.

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Physics Test 3
I’M REALLY GONNA DIE

Impulse

ton  seconds (N  s)

 
J  Ft
Time interval
impuls
e

force

Linear Momentum



p  mv
kilogram  meter/second (kg  m/s)

Impulse Momentum Theorum

 




 F t  mvf  mvo

Principle Of Conservation of Linear
Momentum


The total linear momentum of an isolated system is
conserved
...
No work is done by
nonconservative forces
...

Work is done by nonconservative forces; this usually
means energy is lost to permanent deformation or heat

Conservation of Energy of Swinging
Things

m1  m2 gh f



1
2

m1  m2 v

2
f

Density

m

V

Pressure

Pressure

F
P
A

Force

Area

Atomospheric Presssure

Pressure and Depth
F

y

 P2 A  P A  mg  0
1

P2 A  P A  mg
1
P2 A  P A   Vg
1

P2 A  P A   Ahg
1

P2  P   gh
1

Gauge Pressure

Patm   gh

P2  Patm   gh

 
gaugepressure

Pascal’s Principle


Any change in the pressure applied to a completely
enclosed fluid is transmitted undiminished to all parts of
the fluid and enclosing walls
...
0 10 N m 12 10
11

2

6

C  19 C   4
...



Title: Physics - Fluids, Heat Transfer, Thermodynamics
Description: These notes are from an algebra based Physics I course geared towards Biology majors. This powerpoint is a boiled down version of the material as it contains all of the equations we were required to know for the test.