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51 terms

Science Finals 2011 JBS formulas

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Average Speed
d/∆t
Average Acceleration
∆v/∆t
Average Velocity
∆x/∆t
Vf
Vi + a∆t
∆x
Vi • ∆t + 1/2a • ∆^2
Vf^2
Vi^2 + 2a • ∆x
Average Velocity 2nd
Vi + Vf/2
F
m • a
F 2nd
G • m1•m2/d^2
KE
1/2m• V^2
PE
m•∆g•h
W
F•d
P
W/ ∆t
p
m • v
V
I • R
P
I • V
Q
m • ∆c • T
v
f • λ
λ
c/f
T
1/f
Acceleration
a
Specific Heat
c
Distance
d
Frequency
f
Change in height
Current
I
Kinetic Energy
KE
Wavelength
λ
Mass
m
Momentum
p
Power
P
Gravitational Potential Energy
PE
Charge of Particle
q
Heat
Q
Resistance
R
Change in Time
∆T
Period
T
Velocity
v
Initial Velocity
Vi
Final Velocity
Vf
Change in Velocity
∆v
Voltage
V
Work
W
Displacement
∆x
Speed of Electromagnetic Wave
3.00 X 10 ^8 m/s
Universal Gravitational Constant
6.67 X 10^-11 N•m^2/kg^2
Coulomb Constant
8.99 X 10^9 N•m^2/kg^2
Gravity =
10 m/s^2
1 Newton =
1 kg•m/s^2
1 Joule =
1N•m
1 Watt =
1 J/s