Unformatted text preview: Case 1: V s = 12 V, R 1 = 50 Ω , R 2 = 100 Ω , R 3 = 100 Ω . Case 2: V s = 1.5 V, V R1 = 0.2 V, I 2 = 1 mA, I 3 = 0.5 mA. Case 3: V s = 9 V, R 3 = 500 Ω , R3 dissipates at least 95 % of the power. Case 4: I 2 = 10 mA, I 3 = 2.5 mA, R 2 = 75 Ω . Case 5: I 1 = 1 A, I 2 = 2 A, I 3 = 1 A. Case 6: V s dissipates 20 W. Case 7: V s supplies 10 W, R 1 = R 2 = R 3 , R 1 dissipates 3 W. Case 8: I 1 = 1 mA, V R3 = 0.5 V, R 2 = R 3 , all R’s dissipated the same power. Problem 2: (a) Solve P2.20 from the book (either edition). (b) Research wyedelta transformations online (there is a link on TSquare for this) and use this knowledge to replace the circuit with a delta configuration. Problem 3: Solve P2.51 and P2.53 from the textbook (5 th ed.). (For the 4 th ed., use P2.49 and P2.50). Problem 4: Solve P2.75 (5 th ed.) or P2.68 (4 th ed.)....
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 Spring '07
 Haris
 Resistor, SEPTA Regional Rail, The Circuit, Jaguar Racing

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