midterm1-solns

# midterm1-solns - A3 1 10 pts Determine the values for the...

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Unformatted text preview: A3 1 10 pts Determine the values for the voltages and currents requested. Only the answers you put in the boxes will be graded. The signs and units matter. MA 2 A4 10 pts Find the Thevenin and Norton equivalents looking into terminals (1-!) for the circuit shown and write the values in the boxes. Only the answers you put in the boxes will be graded. The signs and units matter. ZHK 9% A5 3 8pts Write the nodal equations at nodes VA and VB. Each equation will be worth 4 points. Put them in the boxes provided. Only the answers in the boxes will be graded! You do NOT need to solve the equations. “ 3 Q 69 VA V13 29 [email protected] A6 4 10 points Write the mesh equations for meshes 11 and [2. Put them in the boxes provided and use numbers, rather than variable names, wherever possible. Only the answers in the boxes will be graded! You do NOT need to solve the equations. 9Q 29 m 0 05A —Il(<o’+‘3) —7 12 (6 NS) 7 —IZ(2.+‘7} 4— 7:3 :10 7 I (ye-ﬁr) “I" H: 2;“; ”W 3 mm? W,” :1 v ,WN ”w. mmww mm mm awn-a nvmm Mumm» “imam-m.» A7 5 4 points Consider the circuit shown below and write the equivalent resistance, Rx, in the box provided. Use shorthand notation; for example, Rx 2R1“(R4 +11?3 HR». Be certain that you use parentheses wherever necessary to make your answer unambiguous. Only the answer in the box will be graded. R] R4 A8 6 8pts 2 pts (3) Find the value of V1 for the circuit shown below and write the value in the box provided. Only your answer will be graded, the units and sign matter. 0 3111A ‘, V1 — — (ii/“Mfg law: v.:@~A)Cékn—\ 6 pts (b) Find the value of V2 for the circuit shown below and write the value in the box provided. Then find the power dissipated in R2 and the power supplied by the voltage source and write those values in the boxes provided. Each answer is worth two points. Only your answers will be graded, the units and signs matter. R1 9 2.. l 2: Va. _. 1 ‘2 ._.....— ’— 2. R3. 2’ LKJ ...
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