Survey
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the work of artificial intelligence, which forms the content of this project
Text Definitions: Chapter 21 2. Kirchoff’s Loop Rule 3. Kirchoff’s Rule 1. Electric Force 2. Conductors Chapter 31 Junction 1. Electromagnetic Oscillations 4. Shell theorem 1 5. Shell theorem 2 5. Junction 1. Maxwell’s Equations: 3. Convex 6. Branch 2. 1) Gauss’ Law for Electricity 4. Concave 3. 2) Ampere/AmpereMaxwell Law 6. Diverging 7. RC circuits Chapter 22 8. Time Constant 1. Electric Field 2. Electric Dipole Chapter 28 Chapter 23 1. Electric Flux Chapter 24 1. Magnetic Field 4. 3) Gauss’ Law for Magnetism 2. Electromagnet 5. 4) Faraday’s Law 3. Permanent Magnet 6. Displacement rent 1. Electric Potential 4. The Hall Effect 2. Electric Potential Energy 5. Helical Paths Chapter 25 3. Dielectric 5. Converging Chapter 35 1. Optical Interference 2. Huygen’s Principle 3. Phase 4. Phase Difference 5. Path Difference Chapter 33 1. Travelling Electromagnetic Wave 6. Interference 1. Magnetic Dipole 2. Wavefront 8. Relative Phase Shift 2. Solenoid 3. Poynting Vector 9. Thin film interference 3. Toroid 4. Intensity Chapter 29 2. Energy Density Cur- 7. Magnetic Monopole 6. Pitch of a Helix 1. Capacitance 1. Real Image 2. Virtual Image Chapter 32 4. Single loop circuit 3. Insulators Chapter 34 7. Diffraction 5. Inverse Square Law 10. Interferometer (Michelson) 1. Induction 6. Root-Mean-Square 11. Young’s Experiment 3. Conductivity 2. Inductance (particularly Self) 7. Radiation Pressure 4. Resistance 3. Induced current 8. Unpolarized Light vs. Polarized Light 5. Resistivity 4. Induced EMF 9. Reflection 6. Resistive Dissipation 5. Lenz’s Law Chapter 26 1. Electric Current Chapter 30 2. Current Density Chapter 27 6. Induced Fields 1. Electromotive Force 10. Refraction Electric 11. Total Internal Reflection SI Prefixes: 103 kilo k , 10−3 milli m , 106 mega M , 109 giga G , 10−6 micro µ , 1012 tera T , 10−9 nano n , 1015 peta P 10−12 pico p , 2 10−15 femto f Chapter 36 1. Diffraction 2. Fresnel Bright Spot 3. Rayleigh’s Criterion 4. Diffraction Pattern 5. Spectral Order (m)