For the given circuit evaluate the voltage drops across all


I. For the circuit below, solve for the following:

a. RT

b. IT (pk), IT (p-p), IT (rms), IT (avg)

c. Voltage drops across all individual resistors

1. VR1 (Pk), VR1 (1:113), VR1 (rms), (avg)
ii. VR2 (pk), VR2 (1)-13), VR2 (rms), VR2 (avg)
iii. VR3 (pk), VR3 (13-1)), VR3(rms), VR3 (avg)
d. Period of the source VT

28_Circuit1.png

2. For the parallel circuit below, solve for the following:

a. RT

b. IT (pk), IT (p-p), IT (rms), IT (avg)

c. Current in each branch

1. IR1 (pk), IR1 (13-0, IR1 (rms), IR1 (avg)
ii. IR2 (pk), IR2 (p-p), IR2 (rms), IR2 (avg)

1R3 (Pk), 1R3 (P-P), IR3(rms), IR3 (avg)

d. Period of the source VT

1200_Circuit1.png

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Electrical Engineering: For the given circuit evaluate the voltage drops across all
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