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How Things Move

Why Things Move

absolute temperature scale | Temperature (in Chapter 7: Thermodynamics) |
---|---|

absorbed | How Light Travels (in Chapter 12: Ray Optics) |

acceleration | Newton's Second Law (in Chapter 2: Laws of Motion) Acceleration (in Chapter 3: Linear Motion) |

acceleration due to gravity | Acceleration (in Chapter 3: Linear Motion) |

adjustable forces | Adjustable vs Fixed Forces (in Chapter 1: Equilibrium) |

air resistance | Air Resistance (in Chapter 2: Laws of Motion) |

alternating current | What Are Oscillations? (in Chapter 9: Oscillations) |

ampere | SI Units (in Appendix A: Miscellany) |

amperes | Electric Current (in Chapter 16: Circuits) |

amplitude | What Are Oscillations? (in Chapter 9: Oscillations) |

angular acceleration | Angular Acceleration (in Chapter 2: Laws of Motion) Angular Acceleration (in Chapter 4: Rotational Motion) |

angular displacement | Angular Displacement (in Chapter 4: Rotational Motion) |

antinodes | Standing Waves (in Chapter 10: Waves) |

antiparallel | Trigonometric Functions (in Appendix A: Miscellany) |

aperture | Diffraction (in Chapter 11: Wave Optics) |

apparent size | Angle Measurements (in Appendix A: Miscellany) |

arc length | Degrees and Radians (in Appendix A: Miscellany) |

atmospheric pressure | Pressure (in Chapter 8: Fluids) |

axis | Focal Point (in Chapter 13: Images) |

bar magnets | Magnetic Poles (in Chapter 18: Magnetic Fields) |

base units | SI Units (in Appendix A: Miscellany) |

basis | Vector Basis and Notation (in Appendix B: Vectors) |

batteries | Batteries (in Chapter 16: Circuits) |

bels | Decibels (in Chapter 10: Waves) |

bernoulli's principle | Bernoulli's Equation (in Chapter 8: Fluids) |

boiling temperature | Phase Changes (in Chapter 7: Thermodynamics) |

buoyancy force | Buoyancy (in Chapter 8: Fluids) |

capacitance | Capacitance (in Chapter 15: Electric Potential) |

carnot engine | Carnot Engines (in Chapter 7: Thermodynamics) |

central maximum | Diffraction (in Chapter 11: Wave Optics) Resolution (in Chapter 11: Wave Optics) |

centrifugal pseudoforce | Uniform Circular Motion (in Chapter 3: Linear Motion) |

centripetal acceleration | Linear & Angular Motion (in Chapter 4: Rotational Motion) |

charge carriers | Charge Carriers (in Chapter 14: Electric Charge) |

circuit element | Loop Rule (in Chapter 16: Circuits) |

closed system | Entropy (in Chapter 7: Thermodynamics) |

coefficient of kinetic friction | Kinetic Friction (in Chapter 2: Laws of Motion) |

coefficient of performance | Heat Pumps (in Chapter 7: Thermodynamics) |

coefficient of static friction | The Breaking of Static Friction (in Chapter 1: Equilibrium) |

collisions | Bouncing Off Walls (in Chapter 5: Impulse and Momentum) |

compass needle | Magnetic Poles (in Chapter 18: Magnetic Fields) |

components | Vector Basis and Notation (in Appendix B: Vectors) |

compression | Sound (in Chapter 10: Waves) |

concave | Thin Spherical Devices (in Chapter 13: Images) |

conduction | Heat (in Chapter 7: Thermodynamics) |

conductors | Charge Carriers (in Chapter 14: Electric Charge) |

conservation of momentum | Conservation of Momentum (in Chapter 5: Impulse and Momentum) |

conserved | Energy Conservation (in Chapter 6: Energy) |

constructive interference | Interference (in Chapter 10: Waves) |

convection | Heat (in Chapter 7: Thermodynamics) |

conventional basis | Vector Basis and Notation (in Appendix B: Vectors) |

conventional current | Electric Current (in Chapter 16: Circuits) |

convex | Thin Spherical Devices (in Chapter 13: Images) |

cosine | Trigonometric Functions (in Appendix A: Miscellany) |

coulomb | Positive and Negative (in Chapter 14: Electric Charge) |

coulombâ€™s constant | Coulomb's Law (in Chapter 14: Electric Charge) |

coulombâ€™s law | Coulomb's Law (in Chapter 14: Electric Charge) |

crests | Wavelength (in Chapter 10: Waves) |

critical angle | Total Internal Reflection (in Chapter 12: Ray Optics) |

critical damping | Damped Oscillation (in Chapter 9: Oscillations) |

current | Electric Current (in Chapter 16: Circuits) |

cycle | What Are Oscillations? (in Chapter 9: Oscillations) |

damped oscillation | Damped Oscillation (in Chapter 9: Oscillations) |

decibels | Decibels (in Chapter 10: Waves) |

degrees | Degrees and Radians (in Appendix A: Miscellany) |

density | Density (in Chapter 8: Fluids) |

derived unit | SI Units (in Appendix A: Miscellany) |

destructive interference | Interference (in Chapter 10: Waves) |

diffraction grating | Diffraction Grating (in Chapter 11: Wave Optics) |

diffuse reflection | Law of Reflection (in Chapter 12: Ray Optics) |

dipole field | Magnetic Field (in Chapter 18: Magnetic Fields) |

directly proportional | Proportionality (in Appendix A: Miscellany) Proportionality (in Appendix A: Miscellany) |

displacement | What Are Oscillations? (in Chapter 9: Oscillations) |

displacement vectors | Displacement Vectors (in Chapter 3: Linear Motion) |

diverge | Images (in Chapter 13: Images) |

diverging device | Diverging Devices (in Chapter 13: Images) |

don't-know-don't-care | The Five Equations (in Chapter 3: Linear Motion) |

doppler effect | Doppler Effect (in Chapter 10: Waves) |

drag | Air Resistance (in Chapter 2: Laws of Motion) |

efficiency | Heat Engines (in Chapter 7: Thermodynamics) |

elastic | Collisions (in Chapter 6: Energy) |

electric field lines | Electric Fields and Potential (in Chapter 17: Electric Fields) |

electric field vector | Electric Fields and Potential (in Chapter 17: Electric Fields) |

electric potential energy | Potential Energy (in Chapter 15: Electric Potential) |

electromagnetic spectrum | Light (in Chapter 10: Waves) |

electrons | Protons and Electrons (in Chapter 14: Electric Charge) |

emf | Batteries (in Chapter 16: Circuits) |

engineering notation | Formal Scientific Notation (in Appendix A: Miscellany) |

entropy | Entropy (in Chapter 7: Thermodynamics) |

equilibrium point | What Are Oscillations? (in Chapter 9: Oscillations) |

equipotential line | Equipotential Lines (in Chapter 15: Electric Potential) |

equivalent resistance | Equivalent Resistance (in Chapter 16: Circuits) |

farads | Capacitance (in Chapter 15: Electric Potential) |

first law of thermodynamics | First Law of Thermodynamics (in Chapter 7: Thermodynamics) |

fixed force | Adjustable vs Fixed Forces (in Chapter 1: Equilibrium) |

flow rate | Flow Rate (in Chapter 8: Fluids) |

fluid | What is a Fluid? (in Chapter 8: Fluids) |

focal length | Focal Point (in Chapter 13: Images) |

focal point | Focal Point (in Chapter 13: Images) |

force | What are Forces? (in Chapter 1: Equilibrium) |

force diagram | Static Friction (in Chapter 1: Equilibrium) |

force pair | Newton's Third Law (in Chapter 2: Laws of Motion) |

force table | Force Tables (in Chapter 1: Equilibrium) |

force twins | Newton's Third Law (in Chapter 2: Laws of Motion) |

frame of reference | Frames of Reference (in Chapter 3: Linear Motion) |

free fall | Free Fall (in Chapter 3: Linear Motion) |

frequency | Period and Frequency (in Chapter 9: Oscillations) Frequency (in Chapter 10: Waves) |

fringes | Young's Two-Slit Interference (in Chapter 11: Wave Optics) |

fundamental frequency | Sound (in Chapter 10: Waves) Standing Waves (in Chapter 10: Waves) |

gas | What is a Fluid? (in Chapter 8: Fluids) |

gram | SI Units (in Appendix A: Miscellany) |

gravitational potential energy | Gravity and Work (in Chapter 6: Energy) |

heat | Heat (in Chapter 7: Thermodynamics) |

heat capacity | Heat Capacity (in Chapter 7: Thermodynamics) |

heat engine | Heat Engines (in Chapter 7: Thermodynamics) |

heat engines | Perpetual Motion (in Chapter 7: Thermodynamics) |

heat pumps | Heat Pumps (in Chapter 7: Thermodynamics) |

hertz | Period and Frequency (in Chapter 9: Oscillations) |

history graph | History Graphs (in Chapter 9: Oscillations) |

image | Images (in Chapter 13: Images) |

impulse | Impulse (in Chapter 5: Impulse and Momentum) |

in phase | Wavelength (in Chapter 10: Waves) |

incident ray | How Light Travels (in Chapter 12: Ray Optics) |

inclined plane | A Block on a Ramp (in Chapter 1: Equilibrium) |

index of refraction | Index of Refraction (in Chapter 12: Ray Optics) |

inelastic | Collisions (in Chapter 6: Energy) |

inertia | Newton's Second Law (in Chapter 2: Laws of Motion) |

inertial | Frames of Reference (in Chapter 3: Linear Motion) |

inertial frames of reference | Newton's First Law (in Chapter 2: Laws of Motion) |

initial phase | Simple Harmonic Motion (in Chapter 9: Oscillations) |

inline notation | Inline Notation (in Appendix A: Miscellany) |

insulators | Charge Carriers (in Chapter 14: Electric Charge) |

intensity | Intensity (in Chapter 6: Energy) Decibels (in Chapter 10: Waves) |

interface | How Light Travels (in Chapter 12: Ray Optics) |

inversely proportional | Proportionality (in Appendix A: Miscellany) |

junction | Junction Rule (in Chapter 16: Circuits) |

kelvin | Temperature (in Chapter 7: Thermodynamics) SI Units (in Appendix A: Miscellany) |

kilo | Metric Prefixes (in Appendix A: Miscellany) |

kilocalories | Power Flow (in Chapter 6: Energy) |

kilogram | SI Units (in Appendix A: Miscellany) |

kilowatt-hours | Power (in Chapter 6: Energy) |

kinetic energy | Kinetic Energy (in Chapter 6: Energy) |

kinetic friction | Kinetic Friction (in Chapter 2: Laws of Motion) |

kirchhoff loop rule | Loop Rule (in Chapter 16: Circuits) |

kirchhoff's junction rule | Junction Rule (in Chapter 16: Circuits) |

latent energy | Phase Changes (in Chapter 7: Thermodynamics) |

latent heat | Phase Changes (in Chapter 7: Thermodynamics) |

lens equation | Lens Equation (in Chapter 13: Images) |

lever arm vector | Torque (in Chapter 1: Equilibrium) |

liquids | What is a Fluid? (in Chapter 8: Fluids) |

logarithm | Logarithms (in Appendix A: Miscellany) |

longitudinal | Wave Pulse (in Chapter 10: Waves) |

loudness | Sound (in Chapter 10: Waves) |

magnetic field | Magnetic Field (in Chapter 18: Magnetic Fields) |

magnetic field lines | Magnetic Field (in Chapter 18: Magnetic Fields) |

magnetic force | Magnetic Poles (in Chapter 18: Magnetic Fields) |

magnification | Magnification (in Chapter 13: Images) |

magnitude | Math with Vector Notation (in Appendix B: Vectors) |

mass | Mass vs Weight (in Chapter 1: Equilibrium) Newton's Second Law (in Chapter 2: Laws of Motion) |

mass density | Density (in Chapter 8: Fluids) |

maximally inelastic | Collisions (in Chapter 6: Energy) |

medium | Wave Pulse (in Chapter 10: Waves) |

mega | Underdetermined (in Chapter 1: Equilibrium) |

melting (or freezing) temperature | Phase Changes (in Chapter 7: Thermodynamics) |

meter | SI Units (in Appendix A: Miscellany) SI Units (in Appendix A: Miscellany) |

metric prefix | Underdetermined (in Chapter 1: Equilibrium) |

metric prefixes | Metric Prefixes (in Appendix A: Miscellany) |

metric system | SI Units (in Appendix A: Miscellany) |

mode | Standing Waves (in Chapter 10: Waves) |

moment of inertia | Angular Acceleration (in Chapter 2: Laws of Motion) |

momentum | Momentum (in Chapter 5: Impulse and Momentum) |

motion diagram | Motion Diagrams (in Chapter 3: Linear Motion) |

net force | Newton's Second Law (in Chapter 2: Laws of Motion) |

neutral | Positive and Negative (in Chapter 14: Electric Charge) Conservation of Charge (in Chapter 14: Electric Charge) |

newton | Our First Forces (in Chapter 1: Equilibrium) |

newton's first law | Newton's First Law (in Chapter 2: Laws of Motion) |

newton's second law | Newton's Second Law (in Chapter 2: Laws of Motion) |

newton's third law | Newton's Third Law (in Chapter 2: Laws of Motion) |

newton-meters | Torque (in Chapter 1: Equilibrium) |

nodes | Standing Waves (in Chapter 10: Waves) |

noncontact | Contact Forces (in Chapter 1: Equilibrium) |

normal | How Light Travels (in Chapter 12: Ray Optics) |

normal force | Our First Forces (in Chapter 1: Equilibrium) |

nucleus | Protons and Electrons (in Chapter 14: Electric Charge) |

ohm's law | Resistors (in Chapter 16: Circuits) |

order | Young's Two-Slit Interference (in Chapter 11: Wave Optics) |

oscillation | What Are Oscillations? (in Chapter 9: Oscillations) |

out of phase | Wavelength (in Chapter 10: Waves) |

overdamped | Damped Oscillation (in Chapter 9: Oscillations) |

overtones | Sound (in Chapter 10: Waves) |

parallel | Equivalent Resistance (in Chapter 16: Circuits) |

path length | Interference (in Chapter 10: Waves) |

pendulum | Pendulum (in Chapter 9: Oscillations) |

period | What Are Oscillations? (in Chapter 9: Oscillations) Period and Frequency (in Chapter 9: Oscillations) Frequency (in Chapter 10: Waves) |

perpetual motion machines | Perpetual Motion (in Chapter 7: Thermodynamics) |

perpetual motion machines of the second kind | Perpetual Motion (in Chapter 7: Thermodynamics) |

pitch | Sound (in Chapter 10: Waves) |

point charge | Coulomb's Law (in Chapter 14: Electric Charge) |

polarized | Polarization (in Chapter 14: Electric Charge) |

positive x-direction | Vector Basis and Notation (in Appendix B: Vectors) |

positive y-direction | Vector Basis and Notation (in Appendix B: Vectors) |

potential energy | Gravity and Work (in Chapter 6: Energy) |

power | Power (in Chapter 6: Energy) |

power supplies | Batteries (in Chapter 16: Circuits) |

pressure | Pressure (in Chapter 8: Fluids) |

pressure waves | Sound (in Chapter 10: Waves) |

protons | Protons and Electrons (in Chapter 14: Electric Charge) |

pulse | Wave Pulse (in Chapter 10: Waves) |

quarks | Protons and Electrons (in Chapter 14: Electric Charge) |

radians | Degrees and Radians (in Appendix A: Miscellany) |

radians per second | Angular Velocity (in Chapter 4: Rotational Motion) |

rarefaction | Sound (in Chapter 10: Waves) |

ray | Index of Refraction (in Chapter 12: Ray Optics) |

ray tracing | Ray Tracing (in Chapter 13: Images) |

real image | Types of Images (in Chapter 13: Images) |

reflected | How Light Travels (in Chapter 12: Ray Optics) |

reflected ray | Law of Reflection (in Chapter 12: Ray Optics) |

reflection gratings | Diffraction Grating (in Chapter 11: Wave Optics) |

refracts | Transmission of Light (in Chapter 12: Ray Optics) |

refrigerators | Heat Pumps (in Chapter 7: Thermodynamics) |

relaxation length | Block on a Spring (in Chapter 9: Oscillations) |

resistance | Resistors (in Chapter 16: Circuits) |

resistance reduction | Resistance Reduction (in Chapter 16: Circuits) |

resistors | Resistors (in Chapter 16: Circuits) |

restoring force | What Are Oscillations? (in Chapter 9: Oscillations) |

revolutions | Angular Displacement (in Chapter 4: Rotational Motion) |

scalar | Vectors (in Appendix B: Vectors) |

schematic symbol | Batteries (in Chapter 16: Circuits) |

second | SI Units (in Appendix A: Miscellany) SI Units (in Appendix A: Miscellany) |

second law of thermodynamics | Perpetual Motion (in Chapter 7: Thermodynamics) Entropy (in Chapter 7: Thermodynamics) |

series | Equivalent Resistance (in Chapter 16: Circuits) |

si units | SI Units (in Appendix A: Miscellany) |

similar | Trigonometric Functions (in Appendix A: Miscellany) |

simple harmonic motion | Simple Harmonic Motion (in Chapter 9: Oscillations) |

sine | Trigonometric Functions (in Appendix A: Miscellany) |

sinusoidal waves | Frequency (in Chapter 10: Waves) |

snapshot | Wavelength (in Chapter 10: Waves) |

snell's law | Snell's Law (in Chapter 12: Ray Optics) |

solid | What is a Fluid? (in Chapter 8: Fluids) |

sound intensity level | Decibels (in Chapter 10: Waves) |

source charges | Coulomb's Law (in Chapter 14: Electric Charge) |

specific heat | Heat Capacity (in Chapter 7: Thermodynamics) |

spectroscopy | Diffraction Grating (in Chapter 11: Wave Optics) |

specular reflection | Law of Reflection (in Chapter 12: Ray Optics) |

speed | Velocity vs Speed (in Chapter 2: Laws of Motion) Velocity vs Speed (in Chapter 2: Laws of Motion) |

speed of light | Index of Refraction (in Chapter 12: Ray Optics) |

spring constant | Springs (in Chapter 6: Energy) |

standing wave | Standing Waves (in Chapter 10: Waves) |

static equilibrium | Static Equilibrium (in Chapter 1: Equilibrium) |

static friction | Static Friction (in Chapter 1: Equilibrium) |

stiffness | Springs (in Chapter 6: Energy) |

sublimation temperature | Phase Changes (in Chapter 7: Thermodynamics) |

suction | Pressure (in Chapter 8: Fluids) |

superposition | Interference (in Chapter 10: Waves) |

system | Total Momentum (in Chapter 5: Impulse and Momentum) |

tally method | Loop Rule (in Chapter 16: Circuits) |

tangent | Trigonometric Functions (in Appendix A: Miscellany) |

tangential acceleration | Linear & Angular Motion (in Chapter 4: Rotational Motion) |

target charge | Coulomb's Law (in Chapter 14: Electric Charge) |

tension | Our First Forces (in Chapter 1: Equilibrium) |

terminals | Equivalent Resistance (in Chapter 16: Circuits) |

thermal energy | Heat (in Chapter 7: Thermodynamics) Heat Capacity (in Chapter 7: Thermodynamics) |

thermal equilibrium | Heat (in Chapter 7: Thermodynamics) |

thermal reservoir | Heat Capacity (in Chapter 7: Thermodynamics) |

thin spherical devices | Thin Spherical Devices (in Chapter 13: Images) |

time interval | Average Velocity (in Chapter 3: Linear Motion) |

torque | Torque (in Chapter 1: Equilibrium) |

total internal reflection | Total Internal Reflection (in Chapter 12: Ray Optics) |

transmitted | How Light Travels (in Chapter 12: Ray Optics) |

transverse | Wave Pulse (in Chapter 10: Waves) |

trigonometric ratios | Trigonometric Functions (in Appendix A: Miscellany) |

troughs | Wavelength (in Chapter 10: Waves) |

tuple | Vector Basis and Notation (in Appendix B: Vectors) |

turning point | Graphing Position (in Chapter 3: Linear Motion) Graphing Velocity (in Chapter 3: Linear Motion) |

underdamped | Damped Oscillation (in Chapter 9: Oscillations) |

unit vector | Component Form (in Appendix B: Vectors) |

unit-vector notation | Vector Basis and Notation (in Appendix B: Vectors) |

units | Units (in Appendix A: Miscellany) |

unknowns | Underdetermined (in Chapter 1: Equilibrium) |

vector | What are Forces? (in Chapter 1: Equilibrium) Vectors (in Appendix B: Vectors) |

velocity | Velocity vs Speed (in Chapter 2: Laws of Motion) |

virtual images | Types of Images (in Chapter 13: Images) |

watts | Power (in Chapter 6: Energy) Power (in Chapter 16: Circuits) |

wave | Frequency (in Chapter 10: Waves) |

wave equation | Wavespeed and The Wave Equation (in Chapter 10: Waves) |

wavefront | Wavefronts (in Chapter 10: Waves) |

wavelength | Wavelength (in Chapter 10: Waves) |

weight | Our First Forces (in Chapter 1: Equilibrium) Mass vs Weight (in Chapter 1: Equilibrium) |

weightlessness | Weightlessness (in Chapter 3: Linear Motion) |

work | Work (in Chapter 6: Energy) |

zero vector | Adding Vectors (in Appendix B: Vectors) |

Variable Name | Symbol | Units | Chapter | Section |
---|---|---|---|---|

heat capacity | \(C\) | J/K | Chapter 7: Thermodynamics | Heat Capacity |

specific heat | \(c\) | J/kg/K | Chapter 7: Thermodynamics | Heat Capacity |

capacitance | \(C\) | Farads | Chapter 15: Electric Potential | Capacitance |

Coefficient of Performance | \(COP\) | -- | Chapter 7: Thermodynamics | Heat Pumps |

Displacement | \(\Delta x\) | m | Chapter 3: Linear Motion | Displacement Vectors |

Gravitational Potential Energy | \(E_G\) | J | Chapter 6: Energy | Gravity and Work |

Kinetic Energy | \(E_K\) | J | Chapter 6: Energy | Kinetic Energy |

Latent Energy | \(E_L\) | J | Chapter 7: Thermodynamics | Phase Changes |

Spring Potential Energy | \(E_S\) | J | Chapter 6: Energy | Springs |

Efficiency | \(\eta\) | -- | Chapter 7: Thermodynamics | Heat Engines |

Thermal Energy | \(E_{th}\) | J | Chapter 7: Thermodynamics | Heat Capacity |

Moment of Inertia | \(I\) | kg m^{2} | Chapter 2: Laws of Motion | Angular Acceleration |

Intensity | \(I\) | W/m^{2} | Chapter 6: Energy | Intensity |

Current | \(I\) | A | Chapter 16: Circuits | Electric Current |

Kinetic Friction | \(K\) | N | Chapter 2: Laws of Motion | Kinetic Friction |

Spring Constant | \(k\) | N/m | Chapter 6: Energy | Springs |

Latent Energy per kg | \(L\) | J/kg | Chapter 7: Thermodynamics | Phase Changes |

Mass | \(m\) | kilograms (kg) | Chapter 1: Equilibrium | Mass vs Weight |

Coefficient of Kinetic Friction | \(\mu_K\) | -- | Chapter 2: Laws of Motion | Kinetic Friction |

Coefficient of static friction | \(\mu_S\) | -- | Chapter 1: Equilibrium | The Breaking of Static Friction |

Normal Force | \(N\) | Newtons (N) | Chapter 1: Equilibrium | Our First Forces |

Power | \(P\) | W | Chapter 6: Energy | Power |

Power | \(P\) | watts (W) | Chapter 16: Circuits | Power |

Pressure | \(P\) | Pa | Chapter 8: Fluids | Pressure |

Flow Rate | \(\Phi\) | m^{3}/s | Chapter 8: Fluids | Flow Rate |

Heat | \(Q\) | J | Chapter 7: Thermodynamics | Heat |

Heat | \(Q\) | J | Chapter 7: Thermodynamics | First Law of Thermodynamics |

Density | \(\rho\) | kg/m^{3} | Chapter 8: Fluids | Density |

Static Friction | \(S\) | Newtons (N) | Chapter 1: Equilibrium | Static Friction |

Entropy | \(S\) | J/K | Chapter 7: Thermodynamics | Entropy |

Tension | \(T\) | Newtons (N) | Chapter 1: Equilibrium | Our First Forces |

Temperature | \(T\) | K | Chapter 7: Thermodynamics | Temperature |

Torque | \(\tau\) | N m | Chapter 1: Equilibrium | Torque |

Speed | \(v\) | m/s | Chapter 2: Laws of Motion | Velocity vs Speed |

Weight | \(W\) | Newtons (N) | Chapter 1: Equilibrium | Our First Forces |

Weight | \(W\) | Newtons (N) | Chapter 1: Equilibrium | Adjustable vs Fixed Forces |

Weight | \(W\) | Newtons (N) | Chapter 1: Equilibrium | Mass vs Weight |

Work | \(W\) | J | Chapter 6: Energy | Work |

Acceleration | \(\vec a\) | m/s^{2} | Chapter 3: Linear Motion | Acceleration |

Buoyancy | \(\vec B\) | N | Chapter 8: Fluids | Buoyancy |

Impulse | \(\vec J\) | Ns | Chapter 5: Impulse and Momentum | Impulse |

Momentum | \(\vec p\) | Ns | Chapter 5: Impulse and Momentum | Momentum |

Velocity | \(\vec v\) | m/s | Chapter 2: Laws of Motion | Velocity vs Speed |