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Exam 2 Study Guide Fall 2011 This test covers: Chapter 4 4.9-4.13 Chapter 6 6.1-6.5 Chapter 7 7.1-7.2 Chapter 8 8.1-8.2 Chapter 9 9.1-9.11 focus on Chapter 9 HW 5,6,7,8 There will be three problems similar to homework and one multiple choice, fill-in-the-blank, T/F, complex algebra problem. You can use a calculator and you can have two equation sheets (front and back). Chapter 4: Source Transformation Thevenin and Norton Equivalent Circuit Maximum Power Transfer Superposition Everything in Chapter 4 applies equally to Chapter 9. Chapter 6: Inductor: v(t), i(t), p(t), w(t), initial current Capacitor: v(t), i(t), p(t), w(t), initial voltage Simplify L and C: series, parallel, initial conditions Mutual Inductance and the dot convention Chapter 7: Transient response of RL and RC circuit Chapter 8: Transient response of RLC circuit, all three cases!! Chapter 9: Time domain voltage and current, average=rms The Phasor (polar to rectangular notation +,-,x,/) Conversion to frequency domain Z, Zr, Zl, Zc Ohm’s law, voltage divider, current divider, KCL, KVL, simplify Z – series, parallel, delta-wye Source Transformation, Thevenin, Norton, Node voltage, Mesh Current, Special cases, Ne, be, #Equations, Matrix format Linear Transformer, dot convention, reflected impedance Ideal Transformer, (copy four cases), reflected impedance Maximum Power Transfer, Superposition Conversion to time domain