✅ Problema 4.51 SADIKU ✅ Teorema de Thevenin y Norton ✅Ley Voltaje de Kirchhoff (LVK)

In this video, practice problem 4.51 from chapter 4 of the book electric circuits Alexander Sadiku will be solved, which corresponds to the topic of Theorems of Analysis of electric circuits. It will be explained how to obtain the Norton equivalent of the electrical circuit seen from terminals a and b, c and d. Also as part of the solution of the electric circuit, mesh analysis (Kirchhoff's voltage law) will be applied, as well as the theorem of transformations from voltage sources to current and vice versa. What is a voltage divider? A voltage divider is a simple circuit that divides the voltage from a source between one or more connected impedances. With just two resistors in series and an input voltage, you can obtain an output voltage equivalent to a fraction of the input voltage. Contact: [email protected] On the channel you can find: Python course from scratch:    • Curso de Python de cero a experto   Kotlin course from scratch:    • Curso de Kotlin de cero a experto   SQLite course in Python from scratch:    • Curso SQL Python desde cero   Current and voltage divider:    • Divisor de corriente y voltaje   Mesh analysis:    • Análisis por malla   Nodal analysis:    • Análisis Nodal   Thévenin's theorem:    • Teorema de Thévenin   Amplifiers:    • Amplificador Operacional   Transistors:    • Análisis de circuitos electricos de transi...