hyperphysics index

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A hare and a tortoisecompete in a race over astraight course 2.50 kmlong. The tortoise crawlsat a speed of 0.230 m/stoward the finish l 7replies

What is the differencebetween orbital velocityand radius AND is thisdifferent to therelationship betweenvelocity and radius in thecent 6 replies

higgs boson and without iteverything would be massless ? 0 replies

The work output of amachine divided by thework input is the ____ ofthe machine? A. efficiencyB. effort 1 reply

A raft has a mass of

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* acceleration * absorption,quantum *adhesion *admittance* air, constituents * air friction * airbag * airfoil * airplane in wind * albedo * algebra * Alpha Centauri * alpha particle * alveoli of lungs * Ampere's Law * AM radio * angularacceleration* angulardisplacement * angularmomentum * angularmomentum,quantized * angular velocity * Archimedes'principle * arctangentproblem * aspirator * astronomicalunit * asymptoticfreedom* atmosphere,constituents * atmosphericpressure * atomic clock * atomic mass unit * ATP * Atwood'smachine * Auger effect * aurora * auto hydrauliclift * Avogadro'snumber * backgroundradiation, 3K * bag model,quarks * ballisticpendulum * band theory,solids *bandwidth * Barnard's Star * barometer * barometricformula *barrierpenetration *baryons * baseball curve *beat frequency *Bequerel (unit) * Bernoulliprinciple * betaradioactivity * bicycle wheelprecession *bimetallic strip *binding energy,nuclear * binomialdistribution * binomialexpansion * Biot-Savart law * birefringence * blackbodyradiation * black hole * boat in current * Bohr magneton * Bohr model * boiling point * boiling waterreactor *Boltzmanndistribution * Boltzmann'sconstant * bond, chemical * boomerang *Bose-Einsteincondensation *Bose-Einsteinstatistics *bosons *Boyle's Law * brakes, hydraulic * Bragg's law * Braggspectrometer * breeder reactor * brehmsstrahlungradiation * bulk modulus * bullet drop * buoyancy * calcite * calculus * calorie * calorimeter * capillary action * capacitor * carbon dating * cartesiancoordinates * Cartesian signconvention * cartesian diver *carrier wave * cavity radiation * car crashexample * Carnot cycle * celestial sphere * center of mass * centrifugal force * centripetal force * cesium-137 *Chandrasekharlimit *charge, electric *Charles' Law *charm quark *Chernobyl * circular motion *cobalt-60 *COBE satellite *cochlea *coherent light *cohesion *collisions *color force *compactdisc,audio * complex

HyperPhysics Index http://hyperphysics.phy-astr.gsu.edu/hbase/indx.html

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numbers * Comptonscattering * Comptonwavelength * conduction heattransfer * conductor,electric * conjugate points,lens * conservationlaws * conservation ofangularmomentum *conservation ofenergy *conservation ofmomentum *conservativeforce *convection *Cooper pairs *coriolis force *correspondenceprinciple *cosmicbackgroundradiation *cosmic rays *Coulomb barrier *Coulomb's law *covalent bond *cosmologicalconstant *Crab Nebula *cross section,nuclear reaction *cross section,scattering *crossovernetwork *crushing Cokecan *crushing steeldrum *Curietemperature *Curie (unit) *curl *current, electric *current law *cyclotron*cylindrical polarcoordinates *Cygnus X-1 *dark energy *dark matter *Davisson- Germerexperiment *DeBrogliewavelength *decibels *declination *del operator *density *derivative *determinant *deuterium-tritiumfusion *dewpoint *diamagnetism *dielectric *differentialequations *diffractiongrating *diffraction, sound *diffusion *digital delay *dipole, electric *displacement *distancerelationship *divergence *doping ofsemiconductors *Doppler effect *Doppler effect,relativistic *down quark *Dulong and Petit,Law of *dye laser *ear *eardrum *eclipse, lunar *eclipse, solar *ecliptic plane *Einstein-Bosecondensation *Einstein equation *Einstein velocityaddition *elastic collision *elastic potentialenergy *elasticity *electric current *electric field *electric guitar *electric potentialenergy *electric shock *electrolysis *electromagnet *electromagneticforce *electromagneticspectrum *electromagneticwaves *electron *electron affinity *electron capture *electron spin *electron volt *electronegativity *electroweakunification * emission,quantum *emission,stimulated *emphysema *Enceladus *energy *enthalpy *entropy *equilibrium *equinox *equipartition ofenergy *escape velocity *Euler relationship *Europa *evaporation *event horizon *exchange forces *exponents *Fabry-Perot *Faraday's law * fast breederreactor *Fermat'sprinciple *Fermi-Diracstatistics *Fermi level *fermions *ferromagnetism *Feynmandiagrams *Fick's Law *first law ofthermodynamics *fluids *fluid pressure *fluorescent light


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*flux, electric *flux, magnetic *FM radio *focal length *force *forces,fundamental *Fourier analysis *Fourier series *Franck-Hertzexperiment *free bodydiagram *freefall *Fresnel lens *friction *friction, rolling *Friedmannequation *fuel cell *fundamentalforces *g-factor, electronspin *galvanometer *gammaradioactivity *gamma-rays *Galileantransformation *gas constant *Gauge pressure * Gauss (Unit) * Gauss' law * Gaussiandistribution * Gaussian surface *geometry *Gibbs free energy *GlobalPositioningSystem *global warming *gluon *glycolysis *gradient *Graham's Law *grand unification *gravitational lens *gravitationalpotential energy *gravity *gravity-assistorbit *Gray (unit) *greenhouse effect *Gullstrand'sequation *gyroscope *hadrons *half-life *Hall effect *Hall probe *harmonicoscillator *harmonicoscillator,quantum *heat *heat of fusion *heat ofvaporization *heat transfer *helium, liquid *helium-neonlaser *Helmholtz freeenergy *Henry's Law *Hermitepolynomials *Hertzsprung-Russell diagram *Heterodyneprinciple*Higgs boson*Hooke's Law *holography * Hubble constant * Hubble law * hydraulic brakes *hydraulic press *hydrogen radialprobability *hydrogenspectrum *hyperbolicfunctions *hypercharge *hysteresis * Iceland spar *ideal gas law *image formation *images, real *images, virtual *impedance *impulse of force *index ofrefraction *inductance *inelastic collision *infrared * insulator, electric *internal energy *inertia *integral *intensity, sound *interference,sound *intermediatevector bosons *internal energy *inverse squarelaw * iodine-131 *ionic bond *ionization energy *ionizing radiation *IRAS satellite *isolated system *isotopes *isospin *Josephsonjunction *Jupiter effect *Kepler's laws *kinetic energy *kinetic energy,rotational *kinetic theory *Krebs cycle *Lamb shift *laminar flow *Lande' g-factor *LaPlace'sequation *LaPlace's law *LaPlacian *laser *Law of cosines *Law of sines *lens equation *lenses *Lenz's law *lepton *lever arm *lightning *light, speed of *limits in calculus *line equation *linear algebra *liquid helium *logarithms *longitudinalwaves *Lorentz force law *Lorentztransformation *loudness *loudspeaker


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* lungs, alveoli of *Madgeburghemispheres *magneticconfinement *magnetic field *magnetic force *magneticmoment *magneto-hydrodynamics*magnetostrictiveeffect*magnitude of star *main sequence ofstars *manometer *Marinerspacecraft *masking (sound) *mass *mass energy *mass, reduced *massspectrometer *Maxwell-Boltzmannstatistics *Maxwelldistribution *mean free path *Meissner effect *mercurybarometer *mesons *Michelson-Morleyexperiment *microphone *microwaves *missingfundamental effect *mole *moment of inertia *momentum *Moseley plot *Mossbauer effect *motor *motor, induction *Mpemba effect *muon *n-typesemiconductor *neutrino *Newton's laws *neutron *neutrondegeneracy *neutron star *Newton's firstlaw *Newton's secondlaw *Newton's secondlaw for rotation *Newton's thirdlaw *Norton's theorem*nuclear bindingenergy *Ohm's law *orbit, circular *orbit concepts *orbit velocity *orbital angularmomentum *orbital quantumnumber *organ of Corti *oscillator, simpleharmonic *oscillator,damped *oscillator, driven *oscilloscope *osmosis *ossicles *overtones *p-n junction *p-typesemiconductor *pair production *parallel axistheorem *parallax *paramagnetism *parity *parsec *Pascal's principle *Pauli exclusionprinciple *pegmatite *pendulum *pendulum,physical *periodic motion *permeability *permittivity *perpendicular axistheorem *PET scan *phase change *phase, AC circuits*phasor diagram*phon *photoelectriceffect *photon *photon energy *photon sphere *piezoelectriceffect *pink noise *pion *pitch *place theory *Planck radiationformula *Planck'shypothesis *Poiseuille's law * Poissondistribution *Poisson'sequation * Population I & IIstars *position *positron *positronannihilation *Potential energy *Potential energy,gravity *power *power, electric *power factor *Poynting vector *precession *pressure *pressure of fluid * pressurized waterreactor *primary colors *principal axes *principal quantumnumber *principle ofequivalence *proton *proton-protonfusion *pulsar *Psi/J particle *quadratic formula *quality, sound *quantum energy *quantumnumbers, atomic *quantum


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statistics * quarks *quarkconfinement *quarter-waveplate *quasar *rad (unit) *radar, police *radiation effects *radiation heattransfer *radiation risk * radio, AM * radio, FM *radioactivehalf-life *radioactivedating *radioactivity *radon *Rayleighcriterion *Rayleigh-Jeanslaw *right hand rule,torque *red shift *red giant star *red supergiantstar *reduced mass *reflection, sound *refraction, light *refraction, sound *refrigerator *relative humidity *relativity *relativisticenergy *relativistic mass *relativisticmomentum *rem (unit) *resonance,electric*resonantfrequency *resistance *resistivity *respiration *respiration,cellular *rest mass energy *reverberation *reverberationtime *Reynold'snumber *right ascension *right hand rule *right trianglerelationships *Rijke tube *rms current*rms voltage*rocket *Roentgen (unit) *rotationequations *rotational motion *rotational inertia *Rutherfordscattering *Sabine formula *Savery engine *scalar product *scanningtunnelingmicroscope *Schrodingerequation *Schwarzschildradius *seatbelt function *seismic waves *selection rules *semicircularcanals *semiconductor *Seyfert galaxies *shock, electric *Sievert (unit) *sideband *simple harmonicmotion *sinusoidal waves *slingshot orbit *smoking and thelungs *sodium doublet *SOHO satellite *solar wind *solenoid *solstice *sound intensity *sound pressure *sound speed *specific heat *speed of light *speed of sound *spherical polarcoordinates *spectroscopicnotation *spin, electron *spin g-factor *spin-orbitinteraction *spring potentialenergy *spontaneoussymmetrybreaking *SQUIDmagnetometer *standing waves *star spectral types *state variables *Stefan-Boltzmann law *stimulatedemission *strange quark *stringinstruments *string vibration *strong force * strontium-90 *subjective tone *Sun *superconductivity *superfluid *supernova *surface tension *surfactant fluid *synchrotronradiation *syncom satellite *tape recording *tau lepton *TCA cycle *telephone tones *temperature *temperaturescales *terminal velocity * Tesla (Unit) *thermal energy *thermodynamics,first law *thermodynamics,second law *thermodynamics,zeroth law *Thevenin'stheorem*tides *time *time dilation


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*time's arrow *timpani *Titan *top quark *torque *torque vector *top precession *totalitarianprinciple *trajectories *transparency of amedium *transverse waves *trig functions *trigonometry *tunneling *turbulent flow *ultrasonic sound *ultraviolet *uncertaintyprinciple *unit vectors *units *up quark *upsilon particle *uranium-235fission *valence electrons *van Allen Belts *van de Graaffgenerator *vapor pressure *vector bosons *vector sum *vector product *vectors *velocity *velocity, relative *velocity, terminal *vectors, scalarproduct of *vergence *viscosity *viscousresistance *visible light *voltage *voltage divider*voltage law *W particle *wall tension *warming, global *wavefunction *waves,electromagnetic *waves on ocean *weak interaction *weight *weightlessness *white dwarf star *white noise *Wiendisplacement law *Wollaston prism *work *work-energyprinciple *x-rays * Young's modulus *Z particle * Zeeman effect


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