Physics.json

"{\"py/set\": [\"\", \"Higgs boson\", \"Reverse osmosis\", \"perpendicular lever arm\", \"specific heat\", \"Nnatural frequency\", \"electrostatic equilibrium\", \"Faraday\", \"magnitude of the intrinsic\", \"Meters\", \"ohmmeters\", \"specific gravity\", \"thermal expansion\", \"viscosity\", \"Gravitational waves\", \"active transport\", \"Analog meters\", \"SI unit of torque\", \"state radiationdetectors\", \"inductance\", \"thermal equilibrium\", \"converging \", \"Stokes\", \"neutrino oscillations\", \"radiopharmaceutical\", \"refraction\", \"electrostatic precipitators\", \"electron volt\", \"step\", \"s law of partialpressures\", \"Conservation of total\", \"spectrumwavelengths\", \"s law\", \"magnetocardiogram\", \"destructive interference for asingle slit\", \"horizontally polarized\", \"amplitude modulation\", \"percent relative humidity\", \"decay constant\", \"or convex\", \"energy stored in an inductor\", \"body diagram\", \"Flow rate\", \"second postulate of specialrelativity\", \"Uultra high frequency\", \"absolute zero\", \"heat engine\", \"R\", \"NA\", \"Average Acceleration\", \"angular momentum quantumnumber\", \"unpolarized\", \"fall\", \"weakly interacting massiveparticles\", \"method of adding percents\", \"Proper time\", \"change in angular velocity\", \"microlensing\", \"Hall effect\", \"s universal law ofgravitation\", \"sonic boom\", \"position\", \"meters\", \"quasars\", \"kinetic energy\", \"air resistance\", \"energy theorem\", \"binding energy pernucleon\", \"meter\", \"coherent\", \"drag force\", \"barrier penetration\", \"Reynolds number\", \"power\", \"Accuracy\", \"independent variable\", \"ionizing radiation\", \"MCG\", \"loudness\", \"s second law ofmotion\", \"Particle physics\", \"lens\", \"second\", \"quantum electrodynamics\", \"trajectory\", \"myopia\", \"z\", \"X\", \"geometric optics\", \"Fiber optics\", \"Rest energy\", \"retinexes\", \"test charge\", \"Celsius\", \"Quantum mechanics\", \"non\", \"Internal kinetic energy\", \"slope\", \"electric field strength\", \"grounding\", \"Colliding beams\", \"Black holes\", \"far point\", \"Ultraviolet radiation\", \"Brownian motion\", \"GUT\", \"Hydrogen spectrumwavelength\", \"bow wake\", \"amplitude\", \"radiolytic products\", \"electromotive force\", \"kilowatt\", \" principle\", \"Diffusion\", \"uncertainty in time\", \"contact angle\", \"PET\", \"spin projection quantumnumber\", \"stress\", \"inductor\", \"underdamped\", \"electromagnetic force\", \"resistance\", \"s constant\", \"alpha\", \"periodic motion\", \"s equation\", \"fluid dynamics\", \"simple pendulum\", \"thermal hazard\", \"nuclear reaction energy\", \"right hand rule \", \"atomic number\", \"vertically polarized\", \"cathode\", \"Double\", \"Heisenberg\", \"overdamped\", \"moment of inertia\", \"life\", \"Feynman diagram\", \"Food irradiation\", \"atomic de\", \"s neutrino\", \"Torque\", \"carrier wave\", \"physical quantity\", \"precision\", \"Contrast\", \"gray \", \"magnetized\", \"relative velocities\", \"component ofspin angular momentum\", \"electrostatic force\", \"Hall emf\", \"law of conservation ofcharge\", \"Total energy\", \"AC voltage\", \"moderate dose\", \"Voltmeters\", \"uncertainty in energy\", \"Neutron stars\", \"static equilibrium\", \"Electric field lines\", \"Superconductors\", \"Fluorescence\", \"restoring force\", \"magnitude of kinetic friction fk f k size \", \"Lenz\", \"Savart law\", \"UV\", \"event horizon\", \"Extremely low frequency\", \"axions\", \"nuclide\", \"Nerve conduction\", \"photoconductor\", \"virtual particles\", \"normal force\", \"planetary model of theatom\", \"solenoid\", \"force\", \"rate of conductive heattransfer\", \"newton\", \"Critical pressure\", \"s\", \"polar molecule\", \"angular momentum\", \"cyclical process\", \"nucleons\", \"MEG\", \"shielding\", \"capacitive reactance\", \"inertial frame ofreference\", \"mole\", \" factor\", \"radius of a nucleus\", \"shiftedultrasound\", \"percent uncertainty\", \"special relativity\", \"intensity\", \"chemical energy\", \"Doppler shift\", \"uncertainty in position\", \"Time dilation\", \"intrinsic magnetic field\", \"adaptive optics\", \"Rrad\", \"Heisenberg uncertaintyprinciple\", \"point charge\", \"energies of hydrogen\", \"liquid drop model\", \"decay\", \"impulse\", \"photon energy\", \"breeding\", \"Tensile strength\", \"magnitude\", \"domains\", \"potentiometer\", \"free\", \"field\", \"boson\", \"rest mass\", \"thin lens\", \"Doppler effect\", \"cohesive forces\", \"gauge bosons\", \"positron decay\", \"proton\", \"capillary action\", \"Classical relativity\", \"scintillators\", \"electrocardiogram \", \"ampere\", \"isochoric\", \"units\", \"retinex theory of colorvision\", \"Planck\", \"Otto cycle\", \"radiation\", \"electric potential\", \"rotational inertia\", \"muon family number\", \"BB\", \"s rules\", \"Nuclear fusion\", \"Baryons\", \"Jjoule\", \"rotational kinetic energy\", \"VVan de Graaff\", \"impedance\", \"spin quantum number\", \"resultant vector\", \"shear deformation\", \"gamma\", \"Distance traveled\", \"intercept\", \"parallel plate capacitor\", \" produced by a longstraight current\", \"nonconservative force\", \"Interference microscopes\", \"neutrino\", \"RR size \", \"atomic spectra\", \"elastic potential energy\", \"adhesive forces\", \"gauge pressure\", \"back emf\", \"Coulomb\", \"Microgravity\", \"fictitious force\", \"like atom\", \"Bohr radius\", \"down transformer\", \"Electromagnetism\", \"energy\", \"break\", \"centripetal force\", \"capacitor\", \"reversible process\", \"Rydberg constant\", \"transformer equation\", \"fossil fuels\", \"approximations\", \"free electrons\", \"chart of the nuclides\", \"Boltzmann constant\", \"constructive interference for adiffraction grating\", \"Solid\", \"stable equilibrium\", \"critical temperature\", \"conversion factor\", \"law of inertia\", \"deformation\", \"Density\", \"grounded\", \"numerical aperture\", \"emf induced in a generatorcoil\", \"escape velocity\", \"quantum numbers\", \"timbre\", \"Big Bang\", \"subshell\", \" size \", \"magnetic force\", \"induced fission\", \"permeability of free space\", \"correspondence principle\", \"notes\", \"potential energy\", \"gluons\", \"inertial confinement\", \"magnetic field strength at thecenter of a circular loop\", \"resistivity\", \"Relativity\", \"quantized\", \"Pauli exclusion principle\", \"range of radiation\", \"Projectile motion\", \"magnetic field\", \"superforce\", \"order\", \"horsepower\", \"Holography\", \"scale deflection\", \"Biot\", \"centrifuge\", \"fundamental units\", \"ohm\", \"dew point\", \"activity\", \"ink jet printer\", \"magnetic field strength inside asolenoid\", \"scientific method\", \"magnitude of static friction f s fs size \", \"s antineutrino\", \"Archimedes\", \"electroweak epoch\", \"Average velocity\", \"electrostatics\", \"dielectric strengths\", \"Direct current\", \"blackbodies\", \"law of refraction\", \"photomultiplier\", \"Avogadro\", \"slit interference\", \"Cosmology\", \"Convection\", \"Qquality factor\", \"Temperature\", \"Infrared radiation \", \"critical angle\", \"tangential acceleration\", \"emissivity\", \"zeroth law ofthermodynamics\", \"Conservation of energy\", \"simple circuit\", \"wavelength in a medium\", \"axis of a polarizing filter\", \"digital meters\", \"Null measurements\", \"universe\", \"magnetoencephalogram\", \"quantum mechanicaltunneling\", \"resistor\", \"henry\", \"right\", \"the second law ofthermodynamics stated interms of entropy\", \" spin angularmomentum\", \"thin film interference\", \"FFahrenheit\", \"laser\", \"kinetic friction\", \"Incoherent\", \"pit\", \"Dynamics\", \"ELF\", \"Modern physics\", \"Michelson\", \"Coriolis force\", \"Mutual inductance\", \"gamma ray\", \"magnetic field lines\", \"Magnetic resonance imaging\", \"longitudinal wave\", \"photoelectric effect\", \"Laser printers\", \"RC circuit\", \"focal point\", \"Instantaneous acceleration\", \"north magnetic pole\", \"Linear momentum\", \"gravitational constant\", \"Compton effect\", \"period\", \"uncertainty inmomentum\", \"uncertainty\", \"perfectly inelastic collision\", \"up\", \"absolute pressure\", \"fundamental particle\", \"coefficient of performance\", \"magnetic damping\", \"coefficient of volumeexpansion\", \"relative biologicaleffectiveness\", \"systolic pressure\", \"viscous drag\", \"sound pressure level\", \"Wheatstone bridge\", \"gauss\", \"Schwarzschild radius\", \"simplified theory of colorvision\", \"electron family number\", \"Bernoulli\", \"Vapor pressure\", \"free radicals\", \"Ssaturation\", \"dark matter\", \"intrinsic spin\", \" emf\", \"beta decay\", \"screening\", \"weight\", \"Instantaneous velocity\", \"macrostate\", \"flat \", \"model\", \"cosmic microwavebackground\", \"org\", \"probability distribution\", \"conservation of total L\\u03bcL\\u03bc size\", \"to\", \"inertial frame of reference\", \"AC current\", \"color\", \"s first law ofmotion\", \"electric fields\", \"carryingwire\", \"Ray tracing\", \"system\", \"adiabatic\", \"electric field\", \"range\", \"Hormesis\", \"magnetic flux\", \"roentgen equivalent man\", \"linear accelerator\", \"Farsightedness\", \"Tunneling\", \"thermal energy\", \"Gamma rays\", \"thin lens equations\", \"leptons\", \"Huygens\", \"corner reflector\", \"Alternating current\", \"force constant\", \"Grand Unified Theory\", \"photon\", \"kilocalorie\", \"intensity reflectioncoefficient\", \"angular acceleration\", \"Kirchhoff\", \"loop rule\", \"Van de Graaff generators\", \"Transformers\", \"commutative\", \"classical physics\", \"neutron\", \"thermal conductivity\", \"rate of decay\", \"antielectron\", \"down\", \"Gy\", \"top\", \"ray\", \"antimatter\", \"isotopes\", \"space quantization\", \"tail\", \"relativistic Doppler effects\", \"s angle\", \"net rate of heat transfer byradiation\", \"gamma camera\", \"Boltzmann law ofradiation\", \"three\", \"Electrostatic repulsion\", \"polarization\", \"magnification\", \"Conduction\", \"protons\", \"critical point\", \"internal\", \"radians\", \"latent heat coefficients\", \"resonant frequency\", \"English units\", \"charm\", \"Television\", \"work\", \"inertia\", \"Coulomb interaction\", \"synchrotron radiation\", \"radio waves\", \"NMR\", \"unstable equilibrium\", \"centrifugal force\", \"population inversion\", \"free charges\", \"center of gravity\", \"alpha decay\", \"neutralinos\", \"sound\", \"current\", \"LLaminar\", \"second law of motion\", \"static friction\", \"Thermal stress\", \"conservation laws\", \"s equations\", \"projectile\", \"spontaneous symmetrybreaking\", \"isolated system\", \"excitation\", \"electron capture equation\", \"magnetic monopoles\", \"nuclear magnetic resonance\", \"order of magnitude\", \"s uncertaintyprinciple\", \"destructive interference for adouble slit\", \"Ccapacitance\", \"pressure\", \"color constancy\", \"Standard Model\", \"deceleration\", \"Nuclear fission\", \"oscillate\", \"Ultraviolet \", \"fundamental\", \"characteristic x rays\", \"HHadrons\", \"angular velocity\", \"Motors\", \"time\", \"turbulence\", \"ultracentrifuge\", \"vector\", \"internal resistance\", \"positron emission tomography\", \"atomic excitation\", \"Critical damping\", \"reflected light is completelypolarized\", \"Yy\", \"electric and magneticfields\", \"beat frequency\", \"harmonics\", \"Electron capture\", \"Curie temperature\", \"TOE epoch\", \"Frequency\", \"atomic mass\", \"ray tubes\", \"frequency modulation\", \"fine structure\", \"mechanical equivalent ofheat\", \"neutral equilibrium\", \"single\", \"Nuclear energy\", \"Renewable forms of energy\", \"dielectric\", \"coefficient of linearexpansion\", \"static electricity\", \"wire system\", \"microshock sensitive\", \"x\", \"Neutron\", \"f rSub \", \"carrier particles\", \"component ofthe angular momentum\", \"becquerel\", \"Ggalvanometer\", \"overtones\", \"significant figures\", \"constructive interference\", \"change in momentum\", \"positron\", \"net work\", \"ray diffraction\", \"compound microscope\", \"Carnot engine\", \"vector addition\", \"critical mass\", \"basal metabolic rate\", \"nuclear radiation\", \"Brewster\", \"electric current\", \"Hooke\", \"flavors\", \"banked curves\", \"focal length\", \"cyclotron\", \"Stimulated emission\", \"presbyopia\", \"pitch\", \"Radioactive dating\", \"intraocular pressure\", \"Self\", \"Hearing\", \"Visible light\", \"Mesons\", \"relative humidity\", \"s number\", \"Relativistic momentum\", \"conservation of total baryonnumber\", \"mass number\", \"real image\", \"derived units\", \"index of refraction\", \"tension\", \"terminal voltage\", \"potential energy of aspring\", \"superposition\", \"emf\", \"Poiseuille\", \"supercriticality\", \"beta\", \"astigmatism\", \"sound intensity level\", \"insulators\", \"diffraction\", \"full\", \"ohmic\", \"level diagram\", \"elastic collision\", \"Simple Harmonic Motion\", \"strain\", \"thrust\", \"radiation detector\", \"ionosphere\", \"phase diagrams\", \"osmotic pressure\", \"Geiger tube\", \"rods and cones\", \"isothermal\", \"Ohm\", \"dependent variable\", \"quantumchromodynamics\", \"resultant\", \"resonant\", \"node\", \"microscopes\", \" dating\", \" law\", \"Hubble constant\", \"phon\", \"Ignition\", \"k\", \"temperature coefficient ofresistivity\", \"general relativity\", \"useful work\", \"magnetic field strength\", \"series\", \"electric power\", \"virtual image\", \"emissioncomputedtomography\", \"Proper length\", \"INDEXSymbols\", \"hours\", \"strangeness\", \"metastable\", \"Nearsightedness\", \"greenhouse effect\", \"SPECT\", \"ultrasound\", \"magnetic confinement\", \"phase angle\", \"buoyant force\", \"waves\", \"microstate\", \"de Broglie wavelength\", \"conservation of momentumprinciple\", \"mechanical advantage\", \"kilogram\", \"motion\", \"decay series\", \"centripetal acceleration\", \"electroweak theory\", \"voltage\", \"junction rule\", \"breeder reactors\", \"near point\", \"fermion\", \"Stefan\", \"scalar\", \"fundamental frequency\", \"characteristic timeconstant\", \"Average speed\", \"electron\", \"pion\", \"diffraction grating\", \"uniform circular motion\", \"ideal gas law\", \"massive compact haloobjects\", \" \", \"Electrical energy\", \"Microwaves\", \" sievert\", \"Pparallel\", \"quarks\", \"Instantaneous speed\", \"constructive interference for adouble slit\", \"bottom\", \"hand rule\", \"parent\", \"phase\", \"radioactive\", \"friction\", \"radiotherapy\", \"head\", \"L rSub \", \"Carnot efficiency\", \"accommodation\", \"Physics\", \"bremsstrahlung\", \"SI units\", \"sublimation\", \"Length contraction\", \"mechanical energy\", \"strange\", \"micturition reflex\", \"Anger camera\", \"high dose\", \"Distance\", \"GUT epoch\", \"Doppler\", \"up transformer\", \"peak\", \"tesla\", \"therapeutic ratio\", \"conductor\", \"short circuit\", \"birefringent\", \"diastolic pressure\", \"drift velocity\", \"direction of magnetic fieldlines\", \"Lorentz force\", \"internal energy\", \"hues\", \"Human metabolism\", \"acceleration\", \"equipotential lines\", \"diverging lens\", \"simple harmonic oscillator \", \"endoscope\", \"s third law ofmotion\", \"half\", \"Joule\", \"theory of quarkconfinement\", \"ZZeeman effect\", \"hyperopia\", \"low dose\", \"liter\", \"Osmosis\", \"Partial pressure\", \"baryon number\", \"Xx rays\", \"Chaos\", \"induction\", \"criticality\", \"binding energy\", \"first law ofthermodynamics\", \"Phosphorescence\", \"total internal reflection\", \"electromagnetic induction\", \"degree Celsius\", \"Maxwell\", \"optically active\", \"potential difference\", \"particle\", \"DDalton\", \"proton cycle\", \"Ttagged\", \"voltage drop\", \"eyepiece\", \"antinode\", \"s law forresistance\", \"Conductors\", \"reverse dialysis\", \"Aaberrations\", \"force field\", \"polarized\", \"tone\", \"zero curvature\", \"MMACHOs\", \"magic numbers\", \"inductive reactance\", \"external force\", \"second law ofthermodynamics\", \"Nodes\", \"likeatoms\", \"cosmological red shift\", \"heat pump\", \"shunt resistance\", \"theory\", \"photon momentum\", \"radius of curvature\", \"components\", \"Coulomb force\", \"Quantum gravity\", \"radioactivity\", \"terminal speed\", \"Current sensitivity\", \"orbital angularmomentum\", \"electric charge\", \"polarization microscope\", \"atom\", \"xerography\", \"Rayleigh criterion\", \"contrastmicroscope\", \"Analytical methods\", \"fluids\", \"rms current\", \"heat transfer\", \"rms voltage\", \"thought experiment\", \"very high frequency\", \"radiant energy\", \"inflationary scenario\", \"dynamic equilibrium\", \"law of conservation of angularmomentum\", \"Dispersion\", \"mass\", \"metabolic rate\", \"Radar\", \"statistical analysis\", \"south magnetic pole\", \"Carnot cycle\", \"Pascal\", \"conservative force\", \"Ampere\", \"angular magnification\", \"Relativistic kinetic energy\", \"Eeddy current\", \"Electric generators\", \"Coulomb forces\", \"ferromagnetic\", \"critical density\", \"irreversible process\", \"PV diagram\", \"Superstring theory\", \"relative osmotic pressure\", \"resonate\", \"metric system\", \"glaucoma\", \"direction\", \"defibrillator\", \"wavelength\", \"surface tension\", \"displacement\", \"s principle\", \"destructive interference\", \"IR\", \"shock hazard\", \"electrons\", \"shell\", \"ammeters\", \"bridge devices\", \"Wwatt\", \"confocal microscopes\", \"kinematics of rotationalmotion\", \"IndexAccess for free at openstax\", \"meson\", \"semipermeable\", \"wave velocity\", \"ECG\", \"Oobjective lens\", \"net external force\", \"Gamma decay\", \"wave duality\", \"change in entropy\", \"thermal agitation\", \"zz size \", \"vectors\", \"infrasound\", \"tail method\", \"degree Fahrenheit\", \"dialysis\", \"inelastic collision\", \"Newton\", \"s coefficient ofperformance\", \"triple point\", \"cosmological constant\", \"efficiency\", \"kinematics\", \"law\", \"s law of induction\", \"point masses\", \"heat\", \"negatively curved\", \"hologram\", \"relativistic velocityaddition\", \"maximum field strength\", \"wave\", \"Image distance\", \"carbon\", \"synchrotron\", \"daughters\", \"positively curved\", \"isobaric process\", \"heat of sublimation\", \"acoustic impedance\", \"\\u03bc\", \"entropy\", \"vapor\", \"direction of polarization\", \"arc length\", \"even\", \"KKelvin\", \"fission fragments\", \"bioelectricity\", \"dipole\", \"ultraviolet radiation \", \"center of mass\", \"transverse wave\", \"electromagnetic waves\", \"rotation angle\", \"hydrogen\", \"decay equation\", \"Infrared radiation\", \"Morleyexperiment\", \"external forces\", \"MRI\", \"WIMPs\", \"curie\", \"Faraday cage\", \"orbital magnetic field\", \"Elapsed time\", \"gravitational potentialenergy\", \"velocity\", \"linear hypothesis\", \"acceleration due to gravity\", \"resonance\", \"complexity\", \"Iideal banking\", \"blackbody radiation\", \"first postulate of specialrelativity\", \"conservation of mechanicalenergy\", \"law of conservation ofenergy\", \"standing wave\", \"Laser vision correction\", \"power factor\", \"electromagnets\"]}"