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Unformatted text preview: a ............ da ................ 10 1 Fold and tear along perforation.
EQUATIONS
Kinematics vave = Waves and Light d
t v – vi
a= f
t
d = vi t +
v= 12
at
2 d = vf t – 12
at
2 2πr
T vf + vi 2 t d= 2 2 vf = vi + 2ad
a=
c 2 v
r Fg = F∆t = m∆v
F = mg g= Gm1 m 2 r Ff = µFN
Fs = – kx Fc = mv
r 2 T 2 P= W
t = ∆E λ1
2 Ep = 12
kx
2 λ hf
; E = pc
c = l; Electricity and Magnetism d sin θ
λ=
n
λ1
4 =l m= hi = h0 Fe = kq1q2 E= kq1 –d i
d0 r r 1
1
1
=
+
f
d 0 di 2 hf = Ek max +W λ W = hf 0
k max = qVstop E = hf = 1 hc λ = RH En = 1 n 2
f 1
n 2 2
ni 1 V
d ∆E
V=
q
R = R1 + R2 + R3
1
1
1
1
=
+
+
R
R1 R2 R3 E1 I eff = 0.707 I max rn = n r
1
2 1
N = N0 2 – V = IR
P = IV 2 F
E= e
q
E= E 1
2
mv
2 h nl 1
T=
f Atomic Physics 4π mr p= λ = xd 2 Ep = mgh W = ∆E = Fd cos θ 2 2 Momentum and Energy Ek = E = mc p= Gm 1 Fc = W = Fd l
g 2 r g p = mv T = 2π sin θ1
v
λ
n
= 1= 1= 2
sin θ 2
v2
λ2
n1 m
k v = fλ Dynamics F = ma T = 2π Quantum Mechanics and Nuclear Physics I= q
t Fm = IlB⊥
Fm = qvB⊥
V = lvB⊥
Np
Ns = Vp
Vs = Is
Ip Veff = 0.707 Vmax n t Tearout
Page 21 Sc 22 Ti
23 V
24 6 Cr VIB 25 7 Mn VIIB 26 Fe 8 27 9
VIIIB 10 Atomic number VIIIB 3 Key IB 11 Li 12 Symbol IIB 5 13
IIIA B 6 14
IVA C 7 15
VA N 8 16
VIA O 9 17
VIIA F 18 2 He VIIIA or O (226.03) radium Ra francium 88 (...
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This note was uploaded on 01/14/2014 for the course PHYSICS Physics 30 taught by Professor Quinlan during the Fall '09 term at Centennial High School.
 Fall '09
 Quinlan
 Physics

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