Review3 - Mid-term review Charges and current Coulomb's Law Electric field flux potential and Gauss's Law Passive circuit components Resistance and

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Mid-term review Charges and current. Coulomb’s Law. Electric field, flux, potential and Gauss’s Law. Passive circuit components. Resistance and resistor, Ohm’s Law. Resistance as a function of temperature. Power dissipated through a resistor. Capacitance and capacitor. Simple RC circuit, charge and discharge and the time constant, and energy and energy density (PE E and u E ) stored in a capacitor. Self-inductance and inductor. Simple RL circuit, “charge” and “discharge” and the time constant, and energy and energy density (PE B and u B ) stored in an inductor. Power and battery model (emf + internal resistance). Circuit analysis, simple connections in series and in parallel and the Kirchhoff’s rules. Current generates magnet field: Biot-Savart Law. Magnet field flux and Ampere’s Law. Lorentz force law. Motion emf, Faraday’s Law of induction and Lentz Law. Mutual and self induction.
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This note was uploaded on 05/06/2008 for the course PHYS 1304 taught by Professor Ye during the Spring '08 term at SMU.

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Review3 - Mid-term review Charges and current Coulomb's Law Electric field flux potential and Gauss's Law Passive circuit components Resistance and

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