NETWORK THEORY II
HOMEWORK 1 (due on 5th September, 2013 in the class)
vs
1. In the above circuit vs = Vmcos(t + ). The switch is closed at t=0 and we assume that
the initial current in the circuit is
ECGR 2112
Homework Set # 9
Due: Thursday March 24, 2016
Please do the following problems:
1. Assuming that the voltage across the 10kW load has an angle of 0 degrees, please determine the
following:
a
ECGR 2112
Homework Set # 8
Due: Friday March 18, 2016
Please do the following problems:
1. Determine the current phasor in the circuit shown below. Please note that the self-impedances
of both the pri
ECGR 2112
Homework Set # 7
Due: Friday March 4, 2016
Please do the following problems:
1. You are given the circuit below.
Either by yourself or with a team of friends, enter the lab and construct thi
ECGR 2112
Homework Set # 6, Part 2
Due: Monday February 29, 2016
Please do the following problems:
4. You are given the circuit below.
Either by yourself or with a team of friends, enter the lab and c
ECGR 2112
Homework Set # 5
Due: Friday 19 February 2016
Please do the following problems:
1. Transform each of the following phasors into the time domain. Assume that each has a period .
Please expres
ECGR 2112
Homework Set # 4
Due: Wednesday 10 February 2016
Please do the following problems:
1. The circuit shown below is in steady-state conditions at time = 0 . Find an expression for ()
for > 0. Y
ECGR 2112
Homework Set # 3
Due: Monday 1 February 2016
Please do the following problems:
1. A parallel RLC circuit of the form shown in Figure 8.1 in your textbook has = 200 , = 0.2,
and = 50. The ini
ECGR 2112
Homework Set # 2
Due: Friday 22 January 2016
Please do the following problems:
1. Use mesh current analysis to find the current in each element (i.e. source and resistor) in the circuit
belo
ECGR 2112
Homework Set # 1
Due: Friday 15 January 2016
Please do the following problems:
1. Use the principle of superposition to find the current flowing through each resistor. Recall that the
curren
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NETWORK THEORY II
HOMEWORK 3 (due on 17th October, 2013 in the class)
1.
2.
3.
4.
5.
6.
7.
8.
9.
Assessment problem 9.9 (page 328) from the textbook.
Problem 10.5 from the textbook.
Problem 10.13 and
ECGR 2112
Homework Set # 10
Due: Thursday April 8, 2016 @ 5PM
Please do the following problems:
1. Several homes in in a neighborhood are served by a transformer rated to provide 7.2kVA. The rated
pri