Introductory Physics Volume Two
Introductory Physics Volume Two
Introductory Physics Volume Two
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186 Index B<br />
B<br />
Index<br />
† Energy Density of an Electric Field, 48<br />
† Addition of <strong>Two</strong> Waves, 147<br />
† Ampere’s Law - Time Varying, 120<br />
† Ampere’s Law, 102<br />
† Biot-Savart Law, 97<br />
† Circular Trajectories, 84<br />
† Conductor in Equilibrium: Charge, 43<br />
† Conductor in Equilibrium: Field, 43<br />
† Conductor in Equilibrium: Potential, 44<br />
† Conductor in Equilibrium: Surface Field, 44<br />
† Coulomb’s Law in Vector Form, 8<br />
† Coulomb’s Law, 8<br />
† Effective Capacitance, 65<br />
† Effective Resistance, 64<br />
† Electric Charge, 4<br />
† Electric Field due to a Point Charge, 15<br />
† Electric Field from the Electric Potential, 40<br />
† Electric Potential of a Point Charge, 48<br />
† Electrical Power, 61<br />
† Electromagnetic Waves and Light, 139<br />
† Energy Stored in a Capacitor, 47<br />
† Faraday’s Law (alternate form), 117<br />
† Faraday’s Law, 116<br />
† Force Currents, 105<br />
† Force on a Current in a Uniform Field, 82<br />
† Gauss’s Law, 20<br />
† Impedance: Capacitor, 125<br />
† Impedance: Inductor, 124<br />
† Interference of <strong>Two</strong> Sources, 150<br />
† Kirchhoff’s Junction Rule, 61<br />
† Kirchhoff’s Loop Rule, 62<br />
† Law of reflection, 162<br />
† Lenz’s Law, 119<br />
† Magnetic Force on a Current, 82<br />
† Magnetic Force, 81<br />
† Magnification Equations, 169