Extra close brace or missing open brace

Extra close brace or missing open brace

Index

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	Uniform Circular Motion (in Chapter 3: Linear Motion) 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)
coulomb’s constant	Coulomb's Law (in Chapter 14: Electric Charge)
coulomb’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)

Variables

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	$C O P$	--	Chapter 7: Thermodynamics	Heat Pumps
Displacement	$Δ x$	meters (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	$η$	--	Chapter 7: Thermodynamics	Heat Engines
Thermal Energy	$E_{t h}$	J	Chapter 7: Thermodynamics	Heat Capacity
Moment of Inertia	$I$	kg m²	Chapter 2: Laws of Motion	Angular Acceleration
Intensity	$I$	W/m²	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	$μ_{K}$	--	Chapter 2: Laws of Motion	Kinetic Friction
Coefficient of static friction	$μ_{S}$	--	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	$Φ$	m³/s	Chapter 8: Fluids	Flow Rate
Heat	$Q$	J	Chapter 7: Thermodynamics	Heat
Heat	$Q$	J	Chapter 7: Thermodynamics	First Law of Thermodynamics
Density	$ρ$	kg/m³	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	$\uptau$	N m	Chapter 1: Equilibrium	Torque
Speed	$v$	m/s	Chapter 2: Laws of Motion	Velocity vs Speed
Velocity	$v$	meters per second (m/s)	Chapter 3: Linear Motion	Average Velocity
Velocity	$\vec{v}$	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/s²	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