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SC.A.1.4.2
SC.A.1.4.3
SC.A.2.4.1
SC.A.2.4.3
SC.A.2.4.4
SC.A.2.4.6
SC.B.1.4.2
SC.B.1.4.3
SC.B.1.4.4
SC.B.1.4.6
SC.B.1.4.7
SC.B.2.4.1
SC.C.1.4.1
SC.C.1.4.2
SC.C.2.4.1
SC.C.2.4.2
SC.C.2.4.3
SC.C.2.4.4
SC.C.2.4.5
SC.C.2.4.6
SC.H.1.4.1
SC.H.1.4.3
SC.H.1.4.5
SC.H.1.4.6
SC.H.2.4.1
SC.H.2.4.2
Keyword:
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1D projectiles
1st Law of Thermodynamics
2D projectiles
2nd Law of Thermodynamics
acceleration
acceleration due to gravity
acceleration-time graphs
adiabatic process
air resistance
alpha particles
ammeters
Ampere's Law
amplitude
angular kinematics
angular momentum
angular velocity
apparent depth
Archimedes' Principle
area under a curve
atomic mass
atomic number
atomic spectra
Atwood machine
Avagadro's Number
average speed
average velocity
banked curves
beats
Bernoulli's equation
beta decay
Biot-Savart Law
Bohr atom
Boltzmann's constant
buoyant force
calculating E from V
capacitance
carnot cycle
cathode rays
center of mass
center of mass - discrete points
center of mass - thin rod
center of mass - uniform object
centripetal acceleration
centripetal force
charge
charged spheres
charging methods
circuits with capacitors
coefficient of friction
color addition/subtraction
combinations of capacitors
combinations of lenses
combinations of resistors
combined gas law
components of forces
Compton Effect
conductivity
conductors
conical pendulums
conservation of angular momentum
conservation of charge
conservation of energy
conservation of linear momentum
conservative forces
continuity equation
convection
Coulomb's Law
critical velocity
curl rule
data analysis
Davisson-Germer Experiment
de-excitation
DeBroglie waves
decibels
density
dieletrics
differential equations for v(t)
diffraction
dispersion
distance
Doppler Effect
drag
drill and practice
dual nature of matter
dynamic equilibrium
E vs R for conductors
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eddy currents
efficiency of a heat cycle
elastic collisions
electric current
electric field diagrams
electric fields - conductors
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electric fields - parallel plates
electric fields - point charges
electric potential - continuous charge
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electric potential - point charge
electric potential energy
electromagnetic spectrum
electron
electronvolts
energy
energy level diagrams
energy stored in an inductor
energy stored in capacitors
entropy
equipotential surfaces
estimating - orders of magnitude
excitation
extrapolate
F = qE
Faraday's Ice Pail Experiment
Faraday's Law of Induction
fission
fixed-free reflections
flux
force on a current carrying wire
force on a moving charge
force vs displacement
force vs time
forces
freebody diagrams
frequency
friction
fusion
galvanometers
gamma decay
gauge pressure
Gauss' Law
generators
geometry - 180 degree triangles
geometry - alt interior angles
geometry - area
geometry - central angle
geometry - circumference
geometry - parallel-plate capacitors
geometry - radius
geometry - similar triangles
geometry - supplementary angles
geometry - volume
gratings
gravitational fields
gravitational mass
half-life
head-to-tail vector addition
heat
heat engines
heat transfer
hydrostatic pressure
ideal gas law
impulse
incline planes
index of refraction
induced charge
inductance
inelastic collisions
inertial mass
insulators
interference
internal energy of a gas
internal resistance
interpolate
inverse square law
isobaric process
isothermal process
isotopes
isovolumetric process
Joule's Law
Kepler's 1st Law
Kepler's 2nd Law
Kepler's 3rd Law
kinematics equations
kinetic energy
kinetic theory of gases
Kirchoff's Laws
latent heat
law of heat exchange
Law of Reflection
Law of Universal Gravitation
lens in close combination
Lens-Maker Equation
linear momentum
linear regression
longitudinal
LR - I vs t for charging/discharging
LR - V vs t for charging/discharging
LR circuits
magnification
mass
mass spectrometer
mass-energy equivalence
measurement - angles
measurement - line segments
mechanical equivalence of heat
mechanical waves
metric system
Michelson-Morley
mirror equation
moment of inertia
momentum vs time
motional emf
motors
net displacement
neutrinos
neutron
Newton's 1st Law
Newton's 2nd Law
Newton's 3rd Law
non-conservative forces
nonmechanical waves
normal
nuclear stability curve
Ohm's Law
parallel plate capacitors
parallel-axis theorem
Pascal's Principle
Pauli Exclusion Principle
period
permanent magnets
photoelectric effect
photon energy
photon momentum
physical pendulum
plane mirrors
polarization
polarization of charge
position-time graphs
potential energy
potential energy functions
power = Fv
power = IV
power = W/t
pressure - P = F/A
properties
proton
PV diagrams
quantization of energy
radiation
radioactive decay
ray diagrams
RC - I vs t for charging/discharging
RC - Q vs t for charging/discharging
RC - V vs t for charging/discharging
RC circuits
RC time constant
real images
reflection
refraction
resistance
resistivity
resonance patterns
right hand rules
rotational dynamics
rotational equilibrium
rotational kinematics
Rutherford gold foil experiment
satellites - circular
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scalars
scientific notation
seat of emf
SHM
significant figures
simple pendulum
single slit diffraction
sinusoidal motion
slope
Snell's Law
solenoids
sound intensity
specific heat
speed of light
spherical mirrors
spherical thin lenses
springs
standing waves
state variables
static equilibrium
strong force
symmetry
systems of two bodies
tangential velocity
temperature
tensions
terminal velocity
terminal voltage
thermal energy
thermal expansion
thermometric properties
thin film interference
thin lens equation
torque
total internal reflection
transformers
translational equilibrium
transverse
trig functions
triple point
uniform circular motion
V vs R for conductors
V vs R for insulators
vector components
vector cross products
vector dot products
vector resultants
vectors
velocity selector
velocity-time graphs
vertical circular motion
virtual images
voltage drops
voltmeters
warping space
wave speed
wavelength
weak force
weight
work - W = Fd
work = q(change in voltage)
work as a dot product
work done by/on gas
work-energy theorem
x-axis intercept
y-axis intercept
Young's Double Slit Experiment
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