| A |
|
a.c.:
absorbed dose:
absorption lines:
absorption spectra:
acceleration:
acceleration due to gravity:
action–reaction pairs:
activity (of radioisotope):
air resistance:
alpha decay:
alpha particles:
alpha scattering experiment:
Amontons' Law:
amorphous materials:
ampere:
amplifier:
amplitude:
amps:
angle of incidence:
angle of reflection:
angular acceleration:
angular momentum:
angular velocity:
Archimedes:
Archimedes' principle:
astigmatism:
atmospheric pressure:
atom, nuclear model:
atom, plum pudding model:
atomic mass units:
atomic number:
atomic theory:
attenuation:
average speed:
| B |
|
background radiation:
balance condition:
balanced forces:
base quantities:
bearing:
Bernoulli's principle:
beta decay:
beta particles:
binding energy:
binding energy per nucleon:
body-centred cubic packing:
Bohr's theory of the atom:
Boltzmann constant:
Boyle's Law:
brittle materials:
Brownian motion:
buoyancy:
| C |
|
camera:
capacitance:
capacitor:
carbon dating:
Celsius scale of temperature:
centre of gravity:
centrifugal force:
centripetal acceleration:
centripetal force:
chain reaction:
characteristic:
charge:
charge carrier:
Charles's Law:
Charles, Jacques:
Chernobyl:
Chladni plate:
Clerk Maxwell, James:
clipping:
coherence, spatial:
coherence, temporal:
coils:
collisions:
comparator:
components of motion:
condensation:
conservation of momentum:
contact forces:
containment vessel:
continuous spectra:
cooling curves:
coulomb:
couple:
creep:
critical angle:
critical mass:
current:
| D |
|
d.c.:
damping:
decay constant:
deceleration:
depletion layer:
derived quantities:
dielectric:
difference amplifier:
differential amplifier:
diffraction:
diffraction gratings:
digital-to-analogue conversion:
diode:
discharging:
dislocations:
dispersion:
displacement:
displacement–time graphs:
distance–time graphs:
distortion:
doping:
Doppler effect:
dose equivalence:
double slit interference:
drag:
drift velocity:
dual rail power supply:
ductile materials:
| E |
|
echo location:
effective resistance:
efficiency:
Einstein's photoelectric equation:
elastic collisions:
elastic modulus:
elastic potential energy:
electrical power:
electrolytic capacitor:
electromagnet:
electromagnetic waves:
electromotive force:
electron diffraction:
electron volts:
EMF:
emission spectra:
endoscope:
energy:
energy levels:
equations of motion:
equilibrium:
expansion of universe:
exponential:
eye:
eyepiece:
| F |
|
face-centred cubic packing:
farad:
fatigue:
feedback:
fields, parallel:
fission:
fission, induced:
fission, spontaneous:
fleming's left-hand rule:
focus:
force pairs:
frame of reference:
Fraunhofer lines:
frequency:
friction:
fundamental frequency:
fusion:
| G |
|
gain:
Galileo's thought experiment:
gamma radiation:
Gay-Lussac, Joseph:
geostationary orbits:
gravitation:
gravitational field strength:
gravitational potential energy:
greenhouse effect:
ground state:
| H |
|
half-life:
harmonics:
heat exchangers:
hexagonal close packing:
hole:
Hooke's Law:
Hubble constant:
hysteresis:
| I |
|
ideal gases:
ideal oscillators:
image formation:
images, real:
images, virtual:
impulse:
induction:
inelastic collisions:
inertia:
infrared:
instantaneous speed:
intensity:
interference, constructive:
interference, destructive:
internal resistance:
inverting amplifier:
ionisation:
isolated:
isolation:
isotopes:
| J |
|
joule:
Joule, James Prescott:
| K |
|
kelvin scale:
kinetic energy:
kinetic theory of gases:
| L |
|
lasers:
latent heat:
LDR:
LED:
lens formula:
lens-maker's formula:
lenses, concave:
lenses, converging:
lenses, convex:
lenses, diverging:
light, models of:
limiting friction:
line spectra:
load resistance:
loading effect:
long-sightedness:
longitudinal waves:
luminosity:
| M |
|
magnetic field:
magnetic fields:
magnification:
mass:
mass defect:
mass difference:
mass number:
mass-energy equivalence:
Maxwell-Boltzmann distribution:
microscope:
microwaves:
mirrors, curved:
mirrors, plane:
moderation:
molar gas constant:
moment:
moment of inertia:
momentum:
motor effect:
motors:
multiplexing:
musical instruments:
| N |
|
n-type:
natural frequency:
necking:
negative feedback:
neutron-to-proton ratio:
Newton's Second Law:
non-contact forces:
non-inverting amplifier:
normal:
nuclear fission:
nuclear fuel:
nuclear fusion:
nuclear power:
nuclear stability:
nucleon number:
| O |
|
objective lens:
Oersted's experiment:
ohm:
Ohm's Law:
ohmic conductor:
ohms:
op-amp:
operational amplifier:
optical fibres:
orbits:
oscillations:
overtones:
| P |
|
p-type:
parallel:
parallel circuits:
pendulum:
period:
permeability:
phase:
phase difference:
photoconductive mode:
photoelectric effect:
photoelectric emission:
photons:
photovoltaic mode:
Planck's constant:
plastic deformation:
polarization:
polycrystalline materials:
polymers:
positron decay:
potential difference:
potential energy:
power:
pressure:
pressure cookers:
Pressure Law:
pressure–depth equation:
principle of flotation:
projectile motion:
projection:
| Q |
|
quality, musical:
quanta:
quantum theory:
quenching:
| R |
|
radian:
radiation, biological effects:
radiation, natural sources:
radioactive contamination:
radioactive decay:
radioisotopes, applications:
radioisotopes, handling:
radiotherapy:
range:
rate of decay:
reactance:
reactor control rods:
real oscillators:
recombination energy:
rectification:
rectify:
redshift:
reflection, laws of:
refraction:
refractive index:
refractive index, absolute:
relative velocity:
resistance:
resistivity:
resolving vectors:
resonance:
resonance in mechanical systems:
resultants:
retardation:
reversibility of light:
right-hand grip rule:
root mean square:
rotational energy:
rotational equations of motion:
Rutherford, Ernest:
| S |
|
saturation:
scalar:
scalars:
semiconductor:
sensor:
series:
series circuits:
short-sightedness:
simple harmonic motion:
simple harmonic oscillators:
sliding friction:
smoothing:
Snell's Law:
solar panel:
solenoid:
sonic booms:
sound,speed of:
specific latent heat of fusion:
specific latent heat of vaporisation:
spectroscopy:
spring constant:
standing waves:
static friction:
stiffness:
stopping potential:
straight-line graphs:
strain:
stress:
strong nuclear force:
summing amplifier:
superconductivity:
superposition:
| T |
|
tangential speed:
telescopes, reflecting:
telescopes, refracting:
temperature:
temperature scales:
temperature, absolute:
terminal velocity:
thermal equilibrium:
thermistor:
thermodynamics, zeroth law:
thermometers, calibration:
thermometers, choice:
Third Gas Law:
Thomson, William:
threshold frequency:
timbre:
time constant:
torque:
total internal reflection:
transformers:
transition temperature:
transverse waves:
| U |
|
ultraviolet:
unbalanced forces:
Universal Gas Law:
upthrust:
| V |
|
vacuum:
van der Waals, Johannes:
vaporisation:
variable resistor:
vector:
vector addition:
vectors:
velocity:
velocity–time graphs:
virtual images:
visible radiation:
vision, defects of:
volt:
voltage divider:
voltage follower:
volts:
| W |
|