Electric Circuit Analysis: Unit I: b. Basic circuits analysis
Exercise Problems: Node voltage method
Electric Circuit Analysis: Unit I: Basic circuits analysis : Exercise
EXERCISE
NODE VOLTAGE METHOD
1.
Determine the voltage across each conductance of the circuit of figure.
[Ans:
2.41 volts, 2.35 volts and 0.07 volts]
2.
Determine the voltage V in the circuit of figure using nodal analysis.
[Ans: 47.49 volts]
3.
For the circuit shown in figure below, write the basic equations and determine
the values of node voltages V1 and V2. Determine also the total power consumed
by the network.
[Ans:
6 volts, 2 volts, 38 watts]
4. Determine
the power supplied by each source in figure 1.126 by the node voltage method.
[Ans:
130 watts, 148 watts]
5.
In the network of figure, find the power in the 62 resistor by the nodal
method.
[Ans:
39.6 ]
6.
In the network of figure below, find the voltage across the parallel impedances
by the nodal method.
[Ans:
35 ∠-2.48°V]
Electric Circuit Analysis: Unit I: b. Basic circuits analysis : Tag: : - Exercise Problems: Node voltage method
Related Topics
Related Subjects
Electric Circuit Analysis
EE3251 2nd Semester 2021 Regulation | 2nd Semester EEE Dept 2021 Regulation