# assign4 - V 2 when = 5000 rad/s. Figure 2 Hint: see pp...

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University of Saskatchewan Department of Electrical Engineering EE 212 Assignment #4 Instructor: R. Gander _____________________________________________________________________________ 1. Calculate the reactive power from the capacitor in the circuit in Figure 1. Figure 1 2. (P11.9-4 Dorf and Svoboda 7 th edition p549) A circuit with a mutual inductance is shown in Figure 2. Find the voltage

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Unformatted text preview: V 2 when = 5000 rad/s. Figure 2 Hint: see pp 527-528 of Dorf and Svoboda 1 of 2 3. (P11.9-6 Dorf and Svoboda 7 th edition p549) Find the total energy stored in the circuit shown in Figure 3 at t = 0 if the secondary winding is (a) open-circuited, (b) short-circuited, (c) connected to the terminals of a 7- resistor. . Figure 3 i(t) = 10 cos5t A 2 of 2...
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## This note was uploaded on 09/25/2010 for the course EE 212 taught by Professor Gander during the Spring '10 term at University of Saskatchewan- Management Area.

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assign4 - V 2 when = 5000 rad/s. Figure 2 Hint: see pp...

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