1.
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Program a microcomputer to aid in the solution of circuit problems.
(I, II, III, IV, V, VI)
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2.
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Apply mesh, loop and nodal analysis to DC and AC circuits. (I)
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3.
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Apply network theorems to the analysis of DC and AC circuits. (I, II)
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4.
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Analyze circuits containing transformers using complex numbers,
complex algebra and phasors, analyze sinusoidally-excited RL, RC, and
RLC circuits. (II)
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5.
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Analyze series-resonant circuit behavior. (III)
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6.
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Analyze parallel-resonant circuit behavior. (III)
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7.
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Use the computer as a computational tool in solving determinants and
facilitating network analysis. (II)
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