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Class:PETR 1305 - Engineering Analysis I
Subject:PETROLEUM ENGINEERING
University:Texas Tech University
Term:Spring 2010
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1 kg 2.20 lbf
1 slug 32 lbf
1meter 3.28 feet
1 lbf 4.45 N
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T*K T*C + 273.15
T*R(Rankine) T*F + 459.67
1 Joule 1watt*second
1 hour 3600 seconds
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Tera 10^12 T
Giga 10^9 G
Mega 10^6 M
Kilo 10^3 k
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Hecto 10^2 h
Deca 10^1 dc
Deci 10^-1 d
Centi 10^-2 c
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Milli 10^-3 m
Micro 10^-6 u
Nano 10^-9 n
Pico 10^-12 p
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Length Relation=x Dimension=L1 Units=m,ft
Area R=A D=L2 =m^2,ft^2
Volume R=V D=L3 U=m^3,ft^3
Mass R=m D=M U=kg, lbm
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Density R=p=m/V D=M/L3 U=kg/m^3, lbm/ft^3
Velocity R=v=deltax/deltat D=L/t = L1t^-1 U=m/s, ft/s
Acceleration R=a=deltav/deltat D=L/t^2=L1t^-2 U=m/s^2 ft/s^2
Force R=F=ma D=ML/t^2=ML1t^-2 U=kg x m/s^2 (newton), ft * lbm/s^2
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Pressure R=P=F/A D=M/Lt^2=ML^-1t^-2 U=kg/m x s^2 (pascal), lbm/ft * s^2
Energy R=E=F * x D=ML2 = ML2T^-2 U=kg * m^2/s^2, lbm * ft^2/s^2
Power R=W=deltaE/deltat D=ML2/t^3 = ML2t^-3 U=kg * m^2/s^3, lbm * ft^2/s^3
Viscosity R=n D=M/Lt = ML^-1t^-1 U=kg/m * s, lbm/ft * s
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Porosity R=Phi D=(L3)/(L3) = L^o = 1
Specific Gravity R=P1/Po D=(M/L3)/(M/L3) = M^oL^o = 1
Space (Length) L
Time t
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Mass M
Temperature T
Charge q
Number N (unit null dimension)
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 1 kg2.20 lbf
 1 slug32 lbf
 1meter3.28 feet
 1 lbf4.45 N
 T*KT*C + 273.15
 T*R(Rankine)T*F + 459.67
 1 Joule1watt*second
 1 hour3600 seconds
 Tera10^12
T
 Giga10^9
G
 Mega10^6
M
 Kilo10^3
k
 Hecto10^2
h
 Deca10^1
dc
 Deci10^-1
d
 Centi10^-2
c
 Milli10^-3
m
 Micro10^-6
u
 Nano10^-9
n
 Pico10^-12
p
 LengthRelation=x
Dimension=L1
Units=m,ft
 AreaR=A
D=L2
=m^2,ft^2
 VolumeR=V
D=L3
U=m^3,ft^3
 MassR=m
D=M
U=kg, lbm
 DensityR=p=m/V
D=M/L3
U=kg/m^3, lbm/ft^3
 VelocityR=v=deltax/deltat
D=L/t = L1t^-1
U=m/s, ft/s
 AccelerationR=a=deltav/deltat
D=L/t^2=L1t^-2
U=m/s^2 ft/s^2
 ForceR=F=ma
D=ML/t^2=ML1t^-2
U=kg x m/s^2 (newton), ft * lbm/s^2
 PressureR=P=F/A
D=M/Lt^2=ML^-1t^-2
U=kg/m x s^2 (pascal), lbm/ft * s^2
 EnergyR=E=F * x
D=ML2 = ML2T^-2
U=kg * m^2/s^2, lbm * ft^2/s^2
 PowerR=W=deltaE/deltat
D=ML2/t^3 = ML2t^-3
U=kg * m^2/s^3, lbm * ft^2/s^3
 ViscosityR=n
D=M/Lt = ML^-1t^-1
U=kg/m * s, lbm/ft * s
 PorosityR=Phi
D=(L3)/(L3) = L^o = 1
 Specific GravityR=P1/Po
D=(M/L3)/(M/L3) = M^oL^o = 1
 Space (Length)L
 Timet
 MassM
 TemperatureT
 Chargeq
 NumberN (unit null dimension)
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