Fundamentals of Physics Walker John Wiley and Sons

직선운동 자유낙하 벡터 3차원운동 힘과 운동 일

운동에너지 위치에너지 에너지보존 진자운동

운동량 평형 탄성 중력 진자운동 도플러효과

열역학 제1법칙 엔트로피 가우스법칙 저항

방정식 전자기유도 간섭 회절 상대성..

• Author(s): Walker Publisher: John Wiley and Sons; 9th Edition, 2001

1: Measurement

Measuring MotionMeasuring TreesMeasuring VolumeTriple Beam Balance

2: Motion Along a Straight Line

Distance-Time GraphsDistance-Time and Velocity-Time GraphsFan Cart PhysicsFree-Fall LaboratoryMeasuring MotionRoller Coaster Physics

3: Vectors

Adding VectorsVectors

4: Motion in Two and Three Dimensions

Distance-Time and Velocity-Time GraphsFree-Fall LaboratoryGolf RangeShoot the MonkeyUniform Circular Motion

5: Force and Motion--I

Fan Cart PhysicsForce and Fan Carts

6: Force and Motion--2

Free Fall TowerFree-Fall LaboratoryGravity PitchInclined Plane - Sliding ObjectsOrbital Motion - Kepler's LawsRoller Coaster Physics

7: Kinetic Energy and Work

Inclined Plane - Simple MachineInclined Plane - Sliding ObjectsPotential Energy on Shelves

8: Potential Energy and Conservation of Energy

Energy of a PendulumInclined Plane - Simple MachineInclined Plane - Sliding ObjectsPotential Energy on ShelvesRoller Coaster Physics

9: Center of Mass and Linear Momentum

3D CollisionsAir TrackCenter of Mass

: Rotation

Inclined Plane - Rolling ObjectsTorque and Moment of InertiaUniform Circular Motion

11: Rolling, Torque, and Angular Momentum

Atwood MachineCenter of MassInclined Plane - Rolling ObjectsMoment of InertiaTorque and Moment of Inertia

12: Equilibrium and Elasticity

Determining a Spring Constant

13: Gravitation

Free-Fall LaboratoryGravitational ForceGravity PitchOrbital Motion - Kepler's LawsWeight and Mass

14: Fluids

Archimedes' PrincipleDensity Laboratory

15: Oscillations

Energy of a PendulumPeriod of Mass on a SpringPeriod of a PendulumSimple Harmonic Motion

16: Waves--I

Earthquake - Recording StationLongitudinal WavesRipple TankSound Beats and Sine Waves

17: Waves--II

Doppler ShiftDoppler Shift AdvancedHearing: Frequency and VolumeLongitudinal WavesSound Beats and Sine Waves

18: Temperature, Heat, and the First Law of ThermodynamicsConduction and ConvectionHeat Transfer by ConductionRadiationTemperature and Particle Motion

19: The Kinetic Theory of Gases

Boyle's Law and Charles' LawStoichiometryTemperature and Particle MotionEquilibrium and Pressure

20: Entropy and the Second Law of Thermodynamics

DiffusionInclined Plane - Simple Machine

21: Electric Charge

Charge LauncherCoulomb Force (Static)Pith Ball Lab

22: Electric Fields

Charge Launcher

23: Gauss' Law

Electromagnetic Induction

24: Electric Potential

Photoelectric Effect

26: Current and Resistance

Circuit BuilderCircuits

27: Circuits

Advanced CircuitsCircuit BuilderCircuits

28: Magnetic Fields

Electromagnetic InductionMagnetic InductionMagnetism

29: Magnetic Fields Due to Currents

Electromagnetic InductionMagnetic Induction

32: Maxwell's Equations; Magnetism of Matter

Electromagnetic InductionMagnetic Induction

33: Electromagnetic Waves

Basic PrismHerschel ExperimentLaser ReflectionRadiationRefractionRipple TankStar Spectra

34: Images

Ray Tracing (Lenses)Ray Tracing (Mirrors)

35: Interference

Ripple TankSound Beats and Sine Waves

36: Diffraction

Ripple Tank

37: Relativity

Star Spectra
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