P 1 V 1 P 2 V 2

1
P 1 V 1 P 2 V 2

T 1 T 2
2
H hot H coldH hot
100
Efficiency
or
T hot T coldT hot
Must be in Kelvin
3
8.85 e -12
4
P D V
Pascal X Meters 3 Newton/ Meters 2 X M
3 Newton X meter joule
1 atm 101,300 pascals 1,000,000 cm 3 m 3
5
MASS1.67 X 10-27KG
6
2 X10 -7
7
MASS

• 1.67 X 10-27 kg

8
MASS

• 9.11 X 10-31kg

9
D H m CD T

• 3 zee
• Or
• 2 zee for phase change

10
CHARGE

• -1.6 X 10-19
• COULOMBS

11
F BIL

• Mag field X Amps X Length

12
Pressure density x height x gravity
Pascals ( N/m2) 1000 kg / m3 x meters
x 9.8
13
V BLv

• Mag field X Length X Velocity

14
F Bev

• Mag field X Charge X Velocity

15
IV

• I current
• V potential difference
• Measured in watts

16
m Ber/v

• (Mag field X Charge X Radius) / Velocity

17
VC

• V potential difference
• C capacitance
• Measured in coulombs

18
IR

• I current
• R resistance
• Measured in volts

19
keo(Area/Distance)

• K dielectric constant
• eo permittivity of free space
• Measured in farads

20
P t

• P power
• t time
• Measured in joules

21
Ohmsr (distance / area)
22
Insulator value
23
Branches

• Itotal I1 I2 I3
• Vtotal V1 V2 V3
• 1/Rtotal 1/R1 1/R2 1/R3
• Ctotal C1 C2 C3

24
Material SpecificOhm X meter
25
h f

• hPlancks constant
• f frequency

26
No Branches

• Itotal I1 I2 I3
• Vtotal V1 V2 V3
• Rtotal R1 R2 R3
• 1/Ctotal 1/C1 1/C2 1/C3

27
3x108 m/sec
28
hc/l

• C3x108
• l-wavelength
• hPlancks constant

29
X/L l/d

• Xdistance between interference lines
• Llength to screen
• l-wavelength
• d slit separation

30
340 m/sec
31
N1sinq1 N2sinq2

• N Index of Refraction

32
1/f 1/do 1/di

• f focal length
• do distance to object
• di distance to image

33
M hi / ho -di /do

• M magnification
• hi height of image
• ho height of object
• di distance to image
• do distance to object

34
sinqcritical 1/Nsubstance
35
Kq/r

• Volts

36
Field (EFI) Kq1 / r2

• K Coulombs Constant
• q charge
• r distance (meters)

37
Kq1q2/r2

• newtons

38
Kq1q2/r

• Joules

39
1/f

• sec

40
f l

• m/sec

41
5.55 X 10-5

• tesla

42
6.63 X 10 -34

• 4.14 X 10 -15

43
1 / T
44
mo I / d
45
mo I1 I 2 / d
46
N D F / D t
47
B Area
48
h / m v