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34 Cards in this Set
- Front
- Back
- 3rd side (hint)
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Coloumb's Law
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(F)raction
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Electric Field
(def, pt charge) |
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2 fractions for (E)letric field
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Electric Flux
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Integral
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Electric Potential Energy
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2 fractions
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Capacitance Definition
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single fraction
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Capacitors in Parallel
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same as resistors in series
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Capacitors in Series
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same as resistors in parallel
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Resistors in Parallel
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same as capacitors in series
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Resistors in Series
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same as capacitors in parallel
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Energy Stored in Capacitor
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similar to kinetic energy
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Current
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derivative
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Current Density
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single fraction
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Resistance
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greek letter + fraction
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Definition of Resistivity
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single fraction
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Ohm's Law
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Mr. Sonier says to always know this
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Electric Power Dissipated
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two terms
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EMF Definition
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derivative
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Definition of Inductance
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single fraction
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Self Induced EMF
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negative term + fraction
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Energy Stored in Inductor
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similar to kinetic energy
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Charging Capacitor
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similar to charging inductor
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Discharging Capacitor
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similar to discharging inductor
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Charging Inductor
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similar to charging capacitor
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Discharging Inductor
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similar to discharging capacitor
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Gauss' Law
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line integral = fraction
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Potential
(pt charge, def) |
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2 fractions
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Potential Difference
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long expression
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Parallel Plate Capacitor
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KEAD?
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Lorentz Force
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kinda like torque
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Long Straight Wire
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also kinda like torque
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Mag. Field Long Str. Wire
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single fraction
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Ampere's Law
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line integral = term
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Magnetic Flux
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integral
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Faraday's Law of Induction
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two results: one derivative, one line integral
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