- #61
agata78
- 139
- 0
I did and it works.
The answer is :
Ib= 0.057- 0.0356j
The answer is :
Ib= 0.057- 0.0356j
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SUMMARY
The forum discussion focuses on determining the currents Ia, Ib, and Ic in a complex electrical network using mesh current analysis and Ohm's Law. The participants discuss the calculations involving complex impedances, specifically using values such as R1 = 47Ω, R2 = j100Ω, and R3 = -j75Ω. They explore various methods, including symbolic manipulation and numerical calculations, to arrive at the correct current values while addressing common pitfalls in complex arithmetic.
PREREQUISITES- Understanding of mesh current analysis in electrical circuits
- Familiarity with complex impedance and Ohm's Law
- Proficiency in algebraic manipulation of complex numbers
- Knowledge of using software tools for complex arithmetic calculations
- Learn how to perform mesh current analysis for complex circuits
- Explore complex number arithmetic using tools like MATLAB or Mathcad
- Study the application of symbolic computation in electrical engineering problems
- Investigate online calculators for complex number operations
Electrical engineering students, circuit designers, and anyone involved in analyzing complex electrical networks will benefit from this discussion.
- #62
gneill
Mentor
- 20,989
- 2,934
agata78 said:
Okay!
So you'll have to analyze the logic of whatever method you used before in order to spot where the sign got lost.
- #63
agata78
- 139
- 0
Thank you! Two more to go!
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