Table of Content

• 14 Periodic Motion

  • Learning Objectives

• 15 Mechanical Waves

  • 1501 Types Mechanical Waves
  • 1502 Periodic Waves
  • 1503 Mathematical Description of A Wave
  • 1504 Speed of Transverse Wave
  • 1505 Energy In Wave Motion
  • 1506 Wave Interference Boundary Conditions and Superposition
  • 1507 Standing Waves On A String
  • Learning Objectives

• 16 Sound and Hearing

  • 1601 Sound Waves
  • 1602 Speed of Sound Waves
  • 1603 Sound Intensity
  • 1604 Standing Sound Waves and Normal Modes
  • 1605 Resonance and Sound
  • 1606 Interference of Waves
  • 1607 Beats
  • 1608 The Doppler Effect
  • Learning Objectives

• 21 Electric Charge and Field

  • 2101 Electric Charge
  • 2103 Coulombs Law
  • 2104 Electric Field and Forces
  • 2105 Electric Field Calculations
  • Learning Objectives

• 22 Gauss Law

  • 2201 Charge and Electric Flux
  • 2202 Calculating Electric Flux
  • 2203 Gausss Law
  • 2204 Applications of Gausss Law
  • Learning Objectives

• 23 Electric Potential

  • 2301 Electric Potential Energy
  • 2302 Electric Potential
  • 2303 Calculating Electric Potential
  • 2304 Equipotential Surfaces
  • 2305 Potential Gradient
  • Learning Objectives

• 24 Capacitance and Dielectrics

  • 2401 Capacitors and Capacitance
  • 2402 Capacitors In Series and Parallel
  • 2403 Energy Storage In Capacitors
  • 2404 Dielectrics
  • 2406 Gausss Law In Dielectrics
  • Learning Objectives

• 25 Current Resistance and Electromotive Force

  • 2501 Current
  • 2503 Resistance
  • 2504 Electromotive Force and Circuits
  • Learning Objectives

• 26 Direct Current Circuits

  • Learning Objectives

• 27 Magnetic Field and Forces

  • Learning Objectives

• 28 Sources of Magnetic Field

  • 2801 Magnetic Field of A Moving Charge
  • 2802 Magnetic Field of A Current Element
  • 2805 Magnetic Field of A Circular Current Loop
  • 2806 Amperes Law
  • Learning Objectives

• 33 The Nature and Propagation of Light

  • 3302 Reflection and Refraction
  • 3303 Total Internal Reflection
  • 3304 Dispersion
  • 3305 Polarization
  • Learning Objectives

• 34 Geometric Optics

  • 3402 Reflection at A Spherical Surface
  • 3404 Thin Lenses
  • 3406 The Eye
  • Learning Objectives

• 35 Interference

  • 3501 Interference and Coherent Source
  • 3502 Two Source Interference of Light
  • 3504 Interference In Thin Films
  • Learning Objectives

• 36 Diffraction

  • 3601 Fresnel and Fraunhofer Diffraction
  • 3602 Diffraction From A Single Slit
  • 3604 Multiple Slits
  • 3605 The Diffraction Grating
  • 3606 X-ray Diffraction
  • 3607 Circular Apertures and Resolving Power
  • Learning Objectives