332:373 Elements of Electrical Engineering Dr.Drzewiecki Minimum Things to Know for Midterm
Spring, 2008
Know how to: 1. Apply the voltage divider and current divider principles, equivalent circuit co
EE 332:375 Elements of Electrical Engineering Laboratory Lab Reports are due two weeks after the laboratory session, on the next laboratory date.
Lab Report Content: 1. One Group Report can be written
5.76 Find the maximum value of u(r) for I > O in the
circuit of Figure P536 if the circuit is in steady state at
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5,69 Assume the switch in the circuit of Figure P569
has been closed for a very long time. It is suddenly
opened at r = O and then reclosed at r = 5 5. Determine
an expressi
332: 373 Elements of Electrical Engineering Shoane Notes on Solutions to 2ndOrder Differential Equation
Dr.
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2
2ndOrder DE Dr. Shoane
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2ndOrder DE Dr. Shoane
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332: 373 Elements of Electrical Engineering Homework Solutions #11
Spring, 2007 Dr. Shoane
1
Problem 7.43
Hwk Soln #11 Spring, 2007 Dr. Shoane
2
Problem 7.46, part (d) (cont)
Alternatively,
Hwk Soln #
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Prob. 5.77 PM 11 miu 1 mm y 4': .2 54.
5.70 For 1' > 0. determine for what valuc ofrz = 25A
in the circuit of gun: P530 if the circuit is in steady
state at r = 0.
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These Equations Generalize to Circuits with More Than 2 Nodes or 2 Meshes
Equation Setup for Nodal Analysis Gs connected x Va to Node a
Node a: Node a

Gs between x Vb = Current Source Nodes a & b i
NOTES ON LECTURES 2 & 3
1. Voltage Across a Resistor The terminal where the positive current flows into the resistor is the positive voltage terminal across the resistor, regardless of what was LABELE