Kinematics
Distance divided by time.
Speed
Slope of position-time graph.
Velocity
Total combined force.
Net force
Energy of motion.
Kinetic energy
Circuit quantity measured in amperes.
Current
Velocity including direction.
Vector
Slope of velocity-time graph.
Acceleration
Force opposing motion.
Friction
Stored energy.
Potential energy
Voltage-current-resistance formula.
V=IR
Ohm’s Law
A car travels 180 m in 12 s.
15 m/s
Equation form y = mx + b.
Slope-intercept
Mass multiplied by velocity.
Momentum
Spring force formula.
F=kx
Hookes Law
Wave property determining pitch.
Frequency
Velocity change over time.
Acceleration
Slope in y = 7x + 4.
7
Impulse formula.
J=F\Delta t
Force×time
A spring with k = 300 N/m stretches 0.2 m.
60 N
Wave property measuring crest-to-crest distance.
Wavelength
An object changes from 8 m/s to 38 m/s in 6 s.
5 m/s²
Graph type representing constant acceleration.
Quadratic graph
A 4 kg cart moves at 8 m/s.
32 kg·m/s
Energy conservation means energy cannot be created or destroyed.
Conservation law
A 24 V battery connects to 4 Ω resistor.
6 A