College Physics 2nd Edition by Knight, Jones, and Field

Lab Information (111L & 113L)
Interactive Physics
Syllabus
Fundamentals of Physics 8TH Edition by Jearl Walker, Halliday, & Resnick

Lab Information (211L & 213L)
Syllabus

Helpful Links to Physics Information

Introduction to Physics ; presented by Vernon McBride    Physics Facts You Should Know
Excel Calculation Cell Referencing Electric Potential Electromagnetic Radiation
Types of Errors Equipotential Electromagnetic Spectrum
Percent Difference vs Percent Error Equipotential Lines Transverse Wave
Percent Loss or Gain Dipole Plane Wave
Lecture and Lab Demonstration examples Capacitor Energy Densities
Kinematics Parallel Plate Capacitor Wave Front
Dynamics Energy Stored on a Capacitor Wave Intensity
Statics Electric Flux Wave Propagation
Mechanics Gaus's Law Snell's Law (refraction)
Gravitational acceleration g (acceleration due to gravity) Electrical Potential Laws of Reflection
Newton's Laws of Motion Electronvolt (1 eV) Critical Angle
Atwood Machine Series and Parallel Circuits Polarization
A functioning Atwood's Machine (Check it out!!!) Electric Current Malus's Law
Energy Electrical Resistance Brewster's Law (Polarizing Angle)
Uniform Circular Motion Ohm's Law Photoelasticity
Centripetal Force Electromotive Force (emf) Huygen's Principle
Pendulum Internal Resistance Paraxial Approximation
Impulse - Momentum Change Theorem Terminal Voltage Focal Length
Moment of Inertia Electric Power Concave and Convex
Simple harmonic motion Kirchoff's Loop Rules Convex Lens (Virtual Image Formation)
Simple Harmonic Motion (Mass on a spring) Galvanometer Lens (optics) optical aberrations
Resonance and Standing Waves (harmonics) Ammeter Monochromatic
Wavelength Voltmeter Coherent
Frequency Capacitance Interference (constructive and destructive)
Pitch Capacitive Time Constant Diffraction
Loudness Current Density Bragg's Law (crystal deffraction)
Resonance Resistivity Interferometry
Longitudinal and Transverse Waves Conductivity Holography
Air Column Resonance (Check it out!!!) Isotropic Inertial Frame of Reference
Pressure Waves Electromagnet Therory of Relativity
Thermodynamics Magnetic Fields Galilean Transformation
Specific Heat Magnetic Force Time Dilation
Thermal Energy Magnetic Flux Lorentz Transformation
Specific and Latent Heats Weber (unit) Relativistic Momentum
Heat of Fusion and Vaporization Tesla (unit) Photon
Laws of Thermodynamics Permeability of Vacuum  μo Photoelectric Effect
Units of Temperature Permitivity of Vacuum  εo Thermionic Emissions
Nuclear Fusion Ampere's Law Work Function
Plasma (physics) Maxwell's Equations Threshold Frequency
Atomic Number Earth's Magnetic Field Declination Planck's Constant
Ionization Electromotive Force Balmer Series of Hydrogen Spectrum
Quantized Faraday's Law of Induction Rydberg Constant
Isotope Induced emf Compton_scattering
Proportionality Motional emf De Broglie Wave Length
inches to millimeter conversions Lenz's Law Electron Diffraction
Electrostatics Self Inductance Heissenberg Uncertainty Principle
Electric Charge Alternating Current Radioactive Decay
Electrical Conduction Transformer Alpha Decay
Insulator (electrical) Phasor (sine waves) Beta Particles
Conservation of Charge Reactance Beta Decay
Coulomb's Law Impedance Gamma Rays
Electric Field RLC Series Circuit Intro to Atomic Physics
Electrical Field Lines RLC Parallel Circuit Theory of Relativity (Interactive)
Electrical Potential Energy


The Particle Adventure the fundamentals of matter and force.