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CH301 SUTCLIFFE Chapters 15
c =
ν λ
E = h
ν
E = q
1
q
2
/ (4
Πε
0
r
12
)
Power emitted (W)
=
σ
T
4
Surface area (m
2
)
T
λ
max
= 1/5 c
2
λ
= h / p = h / m.v
Ψ
n(x) = (2/L)
1/2
sin(n
Π
x/L)
∆
p
∆
x
=
h/4
Π
½mv
e
2
=h
ν

Φ
n
1
n
1
c
2
2
2
1
⎟
⎟
⎠
⎞
⎜
⎜
⎝
⎛
−
=
=
R
λ
ν
E
n
= h
R
where
R
=m
e
e
4
n
2
8h
3
ε
0
2
E
n
= n
2
h
2
8mL
2
E
n1
E
n2
= (n
1
2
n
2
2)
h
2
8mL
2
T = (M v
rms
2
) / 3R
PV = nRT
P
a
=X
a
* P
total
X
a
=
#of moles of a
total # of moles
Physical constants:
c = 3 x 10
8
m/s
σ
= 5.67 x 10
8
W. m
2
K
4
c
2
= 1.44 x 10
2
K.m
m
e
= 9.109 x 10
31
kg
ε
0
= 8.854 x 10
12
J
1
.C
2
.m
1
h = 6.626 x10
34
J.s or kg.m
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 Spring '08
 FATIMAFAKHREDDINE

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