1. ENERGY Energy J Kinetic Energy J Elastic potential energy J Ek Ee E
Speed m/s P t
1/2 m V2
1/2 k e2
Mass kg
Power watts
Time sec
Spring Constant N/m
Extension m
ENERGY
Work done J
Gravitational Potential Energy J
Change in Thermal Energy J
Mass kg
Mass kg
Power watts Ep Q W
Height m
Specific heat capacity J/kg 0C ΔT P t m g h m C
Gravitational field Strength 9.8 N/kg
Change in Temperature 0C (θ)
Time sec

2. ELECTRICITY Charge Flow Coulombs C Energy J Voltage V Q E V I t Q V I
Current Amps A
Current Amps A
Time sec
Charge Flow Coulombs C
Resistance Ohms Ω
Voltage V
ELECTRICITY
Power Watts W
Power Watts W
Energy J P E P I V P t I2 R
Current Amps A
Voltage V
Power watts
Current Amps A
Time sec

3. Particle Model of Matter
Mass kg
Energy J m E D V m L
Density kg/m3 (ρ)
Mass kg
Volume V m3
Specific Latent Heat J/kg
Particle Model of Matter
Change in Thermal Energy J
Mass kg Q
Specific heat capacity J/kg 0C m ΔT C
Change in Temperature 0C (θ)

4. Forces Weight N Force N Elastic potential energy J Ee W F m L k e 1/2
Mass kg
Spring Constant N/m
Extension m
Gravitational Field Strength N/kg
Extension m
Spring Constant N/m
Forces
Work Done J
Distance m
Change in velocity m/s Δv W D F D V a t t
Force N
Distance m
Speed m/s
Acceleration m/s2
Time sec
Time Sec

5. Resultant Force N
v2 - u2 = 2as
v = final velocity m/s
U = initial velocity m/s
a = acceleration
s = distance m F m a
mass kg
Acceleration m/s2
Momentum kg m/s p m v
mass kg
Velocity m/s

6. Magnets and Electromagnets
Wave Speed m/s
Force N v F f λ B I l
Wavelength m
frequency Hz
Magnetic flux density (tesla) T
Current Amps A
Length m
Magnets and Electromagnets
Waves