EECS 42, Midterm 1, Spring 1995 Exam Solutions, Exams of Electrical Engineering

The solutions to midterm 1 of the eecs 42, spring 1995 course at the university of california, berkeley. The exam covers various topics in electrical engineering, including resistor circuits, resistor combinations, mesh analysis, kcl, kvl, thevenin and norton equivalent circuits, and operational amplifiers.

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EECS 42, Midterm #1, Spring 1995
EECS 42, Spring, 1995
Midterm #1
Professor Paul Hagouel
Problem #1
(Resistor circuits): If v = 2 V, find the resistance R of the circuit in the Figure below.
Problem #2
(Resistor combinations): If for the circuit in the Figure below Req = 9 Ohms, find the resistance R.
Problem #3
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EECS 42, Spring, 1995

Midterm

Professor Paul Hagouel

Problem #

(Resistor circuits): If v = 2 V, find the resistance R of the circuit in the Figure below.

Problem #

(Resistor combinations): If for the circuit in the Figure below Req = 9 Ohms, find the resistance R.

Problem #

(Mesh analysis, KCL, KVL): Find i1 and v1 using mesh analysis for the circuit in the Figure below.

Problem #

(Thevenin and Norton equivalent circuits): For the circuit in the Figure below, find: A. the current i B. the open circuit voltage V0c across the terminals A and B C. the Thevenin resistance Rt looking in from terminals A and B D. draw the Norton equivalent circuit

Problem #

(Operational Amplifiers): Determine V0 for the circuit below when all operational amplifiers are ideal.