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A step-by-step solution to a problem in the 9th edition of the textbook 'engineering circuit analysis'. The problem involves defining three clockwise mesh currents for a given circuit and employing mesh analysis to obtain their values. The solution demonstrates the application of kirchhoff's voltage law to derive the necessary equations and solve for the mesh currents. This document would be useful for students studying electrical engineering, particularly in the area of electric circuits, as it provides a detailed example of problem-solving techniques and the application of circuit analysis principles.
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home / study / engineering / electrical engineering / electric circuits / electric circuits solutions manuals / engineering circuit analysis / 9th edition / chapter 4 / problem 40e
Define three clockwise mesh currents for the circuit of Fig. 4.65, and employ mesh analysis to obtain a value for cach.
The following is the given circuit diagram:
Figure 1
Comment
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Step 2 of 6
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Label all loop currents as shown in figure 2.
Figure 2
Comment
The Kirchhoff’s voltage law equation for the loop 1 is,
Therefore, the value of is,
.
Comment
The Kirchhoff’s voltage law equation for the loop 2 is,
Comment
From the figure 2, the loop current is given by
…… (2)
Comment
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