Physics Library Last updated Jul 16, 2020 Page ID98634 Save as PDF 65262 Atomic Physics Atomic PhysicsBohr’s Theory of the Hydrogen AtomQuantum Numbers and RulesThe Pauli Exclusion PrincipleCircuits and DC InstrumentsEMFResistors in Series and ParallelDynamics: Force and Newtons Laws of MotionComplex SystemsFBDsFriction and DragHooke’s LawInclinesNewtons three LawsElectric Charge and Electric FieldConductors and InsulatorsCoulomb’s LawElectric FieldOther Concepts of Electric ChargesElectric Current Resistance and Ohms LawAlternating Current versus Direct CurrentCurrentElectric Power and EnergyOhm’s LawResistance and ResistivityElectric Potential and Electric FieldCapacitors and DielectricsCapacitors in Series and ParallelElectric Potential EnergyEnergy Stored in CapacitorsElectromagnetic Induction and AC CircuitsEddy Currents and Magnetic DampingFaraday’s Law of Induction: Lenz’s LawInduced Emf and Magnetic FluxInductanceReactance Inductive and CapacitiveRLC Series AC CircuitsRL CircuitsTransformersShow allElectromagnetic WavesEnergy in Electromagnetic WavesProduction of Electromagnetic WaveThe Electromagnetic SpectrumFluid DynamicsBernoulli’s EquationFlow RateTurbulenceViscosity and Laminar Flow; Poiseuille’s LawFluid StaticsArchimedes’ PrincipleCohesion and Adhesion in Liquids: Surface Tension and Capillary ActionConcepts of FluidsDensityGauge Pressure Absolute Pressure and Pressure MeasurementPressureVariation of Pressure with Depth in a Fluid & Pascals PrincipalShow allFrontiers of PhysicsComplexity and ChaosCosmology and Particle PhysicsDark Matter and ClosureGeneral Relativity and Quantum GravityHigh-temperature SuperconductorsSuperstringsGeometric OpticsImage Formation by LensesImage Formation by MirrorsReflectionRefractionThe Ray Aspect of LightHeat and Heat Transfer MethodsConduction, Convection, and RadiationHeatPhase Change and Latent HeatTemperature Change and Heat CapacityIntroduction: The Nature of Science and PhysicsAccuracy Precision and Significant FiguresPhysical Quantities and UnitsIntroduction to Quantum PhysicsPhoton Energies and the Electromagnetic SpectrumPhoton MomentumProbability: The Heisenberg Uncertainty PrincipleQuantization of EnergyThe Particle-Wave DualityThe Photoelectric EffectThe Wave Nature of MatterShow allLinear Momentum and CollisionsConservation of MomentumImpulseLinear MomentumMagnetismConcepts MagnetsForce on a Moving Charge in a Magnetic FieldMagnetic Fields and Magnetic Field LinesMagnetic Fields Produced by Currents: Ampere’s LawMagnetic Force on a Current-Carrying ConductorThe Hall EffectOne-Dimensional KinematicsAccelerationDistance and DisplacementGraphical Analysis of One-Dimensional MotionTime Velocity and SpeedVectors Scalars and Coordinate SystemsOscillatory Motion and WavesEnergy in WavesForced Oscillations and ResonancePeriod and FrequencySimple Harmonic MotionSuperposition and InterferenceWavesParticle PhysicsParticles Patterns and Conservation LawsThe Four Basic ForcesPhysics of SoundConcepts of SoundDoppler Effect and Sonic BoomsSound Intensity and Sound LevelSpeed of Sound Frequency and WavelengthRadioactivity and Nuclear PhysicsBinding EnergyFissionFusionHalf-Life and ActivityNuclear RadioactivityTunnelingRotational Motion and Angular MomentumAngular AccelerationAngular MomentumCollisions of Extended Bodies in Two DimensionsGyroscopic Effects: Vector Aspects of Angular MomentumKinematics of Rotational MotionRotational IneratiaRotational Kinetic EnergyRotation Angle and Angular VelocityShow allSpecial RelativityLength ContractionRelativistic Addition of VelocitiesRelativistic EnergyRelativistic MomentumSimultaneity And Time DilationStatics and TorqueSimple MachinesStatic EqualibriumTorqueTemperature Kinetic Theory and the Gas LawsHumidity Evaporation and BoilingKinetic Theory: Atomic and Molecular Explanation of Pressure and TemperaturePhase ChangesTemperatureThermal Expansion of Solids and LiquidsThe Ideal Gas LawThermodynamicsCarnot’s Perfect Heat Engine: The Second Law of Thermodynamics RestatedEntropy and the Second Law of ThermodynamicsThe First Law of ThermodynamicsThe Second Law of Thermodynamics: Heat Engines and Their EfficiencyTwo-Dimensional KinematicsAccelerationAddition of VectorsDistance and DisplacementProjectile MotionTime Velocity and SpeedUniform Circular Motion and GravitationCentripetal AccelerationCentripetal ForceFictitious Forces and Non-inertial Frames: The Coriolis ForceNewton’s Universal Law of GravitationUniform Circular MotionWave OpticsHuygenss Principle: DiffractionLimits of Resolution: The Rayleigh CriterionMultiple Slit DiffractionPolarizationSingle Slit DiffractionThe Wave Aspect of Light: InterferenceThin Film InterferenceShow allWork, Energy, and Energy ResourcesConservation of EnergyEfficiencyGravitational Potential EnergyKinetic EnergyOther Forms of Potential EnergyPowerSpring Potential EnergyWorkShow all