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  • Mechanics
    142

    • Measurement

      • Example

      • Basic Units

      • Coordinate Systems

      • Vectors

      • Math Topics

      • Scaling

    • Motion in One Dimension

      • Velocity

      • Uniform Acceleration

      • Measuring g

    • Motion in Two Dimensions

      • Displacement in Two Dimensions

      • Velocity, Position, and Acceleration

      • Motion of the Center of Mass

      • Central Forces

      • Deformation by Central Forces

      • Centrifugal Escape

      • Projectile Motion

    • Relative Motion

      • Moving Reference Frames

      • Rotating Reference Frames

      • Coriolis Effect

    • Newton's First Law

      • Measuring Inertia

      • Inertia of Rest

      • Inertia of Motion

    • Newton's Second Law

      • Force, Mass and Acceleration

      • Accelerated Reference Frames

    • Newton's Third Law

      • Action and Reaction

      • Recoil

    • Statics of Rigid Bodies

      • Finding Center of Gravity

      • Exceeding Center of Gravity

      • Stable, Unstable and Neutral Equilibrium

      • Resolution of Forces

      • Static Torque

    • Applications of Newton's Laws

      • Dynamic Torque

      • Friction

    • Gravity

      • Universal Gravitational Constant

      • Orbits

    • Work and Energy

      • Work

      • Simple Machines

      • Conservation of Energy

      • Mechanical Power

    • Linear Momentum and Collisions

      • Impulse and Thrust

      • Conservation of Linear Momentum

      • Mass and Momentum Transfer

      • Rockets

      • Collisions in One Dimension

      • Collisions in Two Dimensions

    • Rotational Dynamics

      • Moment of Inertia

      • Rotational Energy

      • Transfer of Angular Momentum

      • Conservation of Angular Momentum

      • Gyros

      • Rotational Stability

    • Properties of Matter

      • Hooke's Law

      • Tensile and Compressive Stress

      • Coefficient of Restitution

      • Crystal Structure

  • Fluid Mechanics
    32

    • Surface Tension

      • Force of Surface Tension

      • Minimal Surface

      • Capillary Action

    • Statics of Fluids

      • Static Pressure

      • Atmospheric Pressure

      • Measuring Pressure

      • Density and Buoyancy

      • Siphons, Fountains and Pumps

    • Dynamics of Fluids

      • Flow Rate

      • Forces in Moving Fluids

      • Viscosity

      • Turbulent and Streamline Flow

      • Vortices

      • Non Newtonian Fluids

  • Oscillations and Waves
    79

    • Oscillations

      • Pendula

      • Physical Pendula

      • Springs and Oscillators

      • Simple Harmonic Motion

      • Damped Oscillators

      • Driven Mechanical Resonance

      • Coupled Oscillations

      • Normal Modes

      • Lissajous Figures

      • Non-Linear Systems

    • Wave Motion

      • Transverse Pulses and Waves

      • Longitudinal Pulses and Waves

      • Standing Waves

      • Impedance and Dispersion

      • Compound Waves

      • Wave Properties of Sound

      • Phase and Group Velocity

      • Reflection and Refraction(sound)

      • Transfer of Energy in Waves

      • Doppler Effect

      • Shock Waves

      • Interference and Diffraction

      • Interference and Diffraction of Sound

      • Beats

      • Coupled Resonators

    • Acoustics

      • The Ear

      • Pitch

      • Intensity and Attenuation

      • Architectural Acoustics

      • Wave Analysis and Synthesis

      • Music Perception and the Voice

    • Instruments

      • Resonance in Strings

      • Stringed Instruments

      • Resonance Cavities

      • Air Column Instruments

      • Resonance in Plates, Bars, Solids

      • Tuning Forks

      • Electronic Instruments

    • Sound Reproduction

      • Audio System

      • Loudspeakers

  • Thermodynamics
    67

    • Thermal Properties of Matter

      • Thermometry

      • Liquid Expansion

      • Solid Expansion

      • Properties of Materials at Low

    • Heat and the First Law

      • Heat Capacity and Specific Heat

      • Convection

      • Conduction

      • Radiation

      • Heat Transfer Applications

      • Mechanical Equivalent of Heat

      • Adiabatic Processes

    • Change of State

      • PVT Surfaces

      • Phase Changes: Liquid-Solid

      • Phase Changes: Liquid-Gas

      • Cooling by Evaporation

      • Dew Point and Humidity

      • Vapor Pressure

      • Phase Changes: Solid-Solid

      • Critical Point

    • Kinetic Theory

      • Brownian Motion

      • Mean Free Path

      • Kinetic Motion

      • Diffusion and Osmosis

    • Gas Law

      • Constant Pressure

      • Constant Temperature

      • Constant Volume

    • Entropy and the Second Law

      • Entropy

      • Heat Cycles

  • Electricity and Magnetism
    177

    • Introduction

      • Electrostatics

        • Producing Static Charge

        • Coulomb's Law

        • Electrostatic Meters

        • Conductors and Insulators

        • Induced Charge

        • Electrostatic Machines

      • Electric Fields and Potential

        • Electric Fields

        • Gauss' Law

        • Electrostatic Potential

      • Capacitance

        • Capacitors

        • Dielectric

        • Energy Stored in a Capacitor

      • Resistance

        • Resistance Characteristics

        • Resistivity and Temperature

        • Conduction in Solutions

        • Conduction in Gases

      • Electromotive Force and Current

        • Electrolysis

        • Plating

        • Cells and Batteries

        • Thermoelectricity

      • DC Circuits

        • Ohm's Law

        • Power and Energy

        • Circuit Analysis

        • RC Circuits

        • Instruments

      • Magnetic Materials

        • Magnets

        • Magnet Domains and Magnetization

        • Paramagnetism and Diamagnetism

        • Hysteresis

        • Magnetostriction and Magnetores

        • Temperature and Magnetism

      • Magnetic Fields and Forces

        • Magnetic Fields

        • Fields and Currents

        • Forces on Magnets

        • Magnet/Electromagnet Interaction

        • Force on Moving Charges

        • Force on Current in Wires

        • Torque on Coils

      • Inductance

        • Self Inductance

        • LR Circuits

        • RLC Circuits-DC

      • Electromagnetic Induction

        • Induced Currents and Forces

        • Eddy Currents

        • Transformers

        • Motors and Generators

      • AC Circuits

        • Impedance

        • LCR Circuits - AC

        • Filters and Rectifiers

      • Semiconductors and Tubes

        • Semiconductors

        • Tubes

      • Electromagnetic Radiation

        • Transmission Lines and Antennas

        • Tesla Coil

        • Electromagnetic Spectrum

    • Optics
      107

      • Geometrical Optics

        • Speeed of Light

        • Reflection From Flat Surfaces

        • Reflection from Curved Surfaces

        • Refractive Index

        • Refraction at Flat Surfaces

        • Total Internal Reflection

        • Rainbow

        • Thin Lens

        • Pinhole

        • Thick Lens

        • Optical Instruments

      • Photometry

        • Luminosity

        • Blackbodies

      • Diffraction

        • Diffraction Through One Slit

        • Diffraction Around Objects

      • Interference

        • Interference From Two Sources

        • Interference of Polarized Light

        • Gratings

        • Thin Films

        • Interferometers

      • Color

        • Synthesis and Analysis of Color

        • Dispersion

        • Scattering

      • Polarization

        • Dichroic Polarization

        • Polarization by Reflection

        • Circular Polarization

        • Birefringence

        • Polarization by Scattering

      • The Eye

        • The Eye

        • Physiology

      • Modern Optics

        • Holography

    • Modern Physics
      21

      • Quantum Effects

        • Photoelectric Effect

        • Millikan Oil Drop

        • Compton Effect

        • Wave Mechanics

        • Particle/Wave Duality

        • X-ray and Electron Diffraction

      • Atomic Physics

        • Spectra

        • Absorption

        • Resonance Radiation

        • Fine Splitting

        • Ionization Potential

        • Electron Properties

        • Atomic Models

      • Nuclear Physics

        • Radioactivity

        • Nuclear Reactions

        • Particle Detectors

        • NMR

        • Models of the Nucleus

      • Relativity

        • Special Relativity

    • Astronomy
      18

      • Planetary Astronomy

        • Solar system Mechanics

        • Earth-Moon Mechanics

        • Planetary Properties: Globes, Hemispheres, & Maps

        • Planetary Properties - 4: Planetary Characteristics

      • Stellar Astronomy

        • The Sun

        • Stellar Evolution

        • Black Holes

      • Cosmology

        • Models of The Universe

        • Gravitational Effects

      • Miscellaneous

        • Telescopes

    • Equipment
      4

      • Support Systems / Facility

        • Blackboard Tools

        • Slide Projectors

        • Video & Computer Projection

        • Buildings

        • Films

      • Electronic

        • Timers

        • Light Paths Made Visible

        • Lasers

      • Mechanical

        • Air Support


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