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1 C1.1. Corriente en la fuente de 10 V. C1.2. Corriente en la resistencia de 3K. C1.3. Corriente en cada una de las resisten- cias de 1K en paralelo. C1.4.

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Presentación del tema: "1 C1.1. Corriente en la fuente de 10 V. C1.2. Corriente en la resistencia de 3K. C1.3. Corriente en cada una de las resisten- cias de 1K en paralelo. C1.4."— Transcripción de la presentación:

1 1 C1.1. Corriente en la fuente de 10 V. C1.2. Corriente en la resistencia de 3K. C1.3. Corriente en cada una de las resisten- cias de 1K en paralelo. C1.4. Caída de tensión desde A hasta B. C2.1. Corriente en la resistencia de 3K. C2.2. Corriente en la resistencia de 2K. C2.3. Corriente en la resistencia de 8K. Circuito 1 Circuito 2 C2.4. Caída de tensión desde A hasta B. C3.1. Corriente en la resistencia de 1K compartida. C3.2. Corriente en la fuente de 20 V. C3.3. Corriente en la resistencia de 1K de la derecha. Circuito 3 C3.4. Caída de tensión desde A hasta B. Calcular las corrientes de malla y los voltajes y corrientes que se piden para cada circuito. Método de mallas. Ejercicios.

2 2 C4.1. Corriente en la resistencia de 7K. C4.2. Corriente en la fuente de 5 V. C4.3. Corriente en la resistencia de 2K. Circuito 4 C4.4. Caída de tensión desde A hasta B. C5.1. Corriente en la resistencia de 9K. C5.2. Corriente en la resistencia de 1K. C5.3. Corriente en la fuente de 5 V. Circuito 5 C5.4. Caída de tensión desde A hasta B. Calcular las corrientes de malla y los voltajes y corrientes que se piden para cada circuito. Método de mallas. Ejercicios.

3 3 C1.1. Current in the 10 V source? C1.2. Current in the 3K resistance? C1.3. Current in each of the 1K resistances connected in paralell? C1.4. Potential drop from point A to point B? Circuit 1 SOLUTIONS Equation of the circuit C1.1. Current in the 10 V source? C1.2. Current in the 3K resistance? C1.3. Current in each of the 1K resistances connected in paralell? (current divider) C1.4. Potential drop from point A to point B? Mesh currents MESH ANALYSIS. EXERCISES

4 4 SOLUTIONS C2.1. Current in the 3K resistance? C2.2. Current in the 2K resistance? C2.3. Current in the 8K resistance? Circuit 2 C2.4. Potential drop from point A to point B? Equation of the circuit C2.1. Current in the 3K resistance? C2.2. Current in the 2K resistance? C2.3. Current in the 8K resistance? C2.4. Potential drop from point A to point B? (Same direction as i 2 ) Mesh currents MESH ANALYSIS. EXERCISES

5 5 SOLUTIONS C3.1. Current in the 1K resistance (that on the middle) ? C3.2. Current in the 20 V source? C3.3. Current in the 1K resistance (that on the right) ? Circuit 3 C3.4. Potential drop from point A to point B? Equation of the circuit C3.1. Current in the 1K resistance (that on the middle)? C3.2. Current in the 20 V source? C3.3. Current in the 1K resistance (that on the right)? C3.4. Potential drop from point A to point B? The same direction as i 2, opposite direction as i 1. This minus sign means that the direction is Mesh currents MESH ANALYSIS. EXERCISES

6 6 SOLUTIONS C4.1. Current in the 7K resistance? C4.2. Current in the 5 V source? C4.3. Current in the 2K resistance? Circuit 4 C4.4. Potential drop from point A to point B? Equation of the circuit C4.1. Current in the 7K resistance? C4.2. Current in the 5 V source? C4.3. Current in the 2K resistance? C4.4. Potential drop from point A to point B? The same direction as i 2, opposite direction as i 1. The same direction as i 2, opposite direction as i 3. Mesh currents MESH ANALYSIS. EXERCISES

7 7 SOLUTIONS C5.1. Current in the 9K resistance? C5.2. Current in the 1K resistance? C5.3. Current in the 5 V source? Circuit 5 C5.4. Potential drop from point A to point B? Equation of the circuit C5.1. Current in the 9K resistance? C5.2. Current in the 1K resistance? C5.3. Current in the 5 V source? C5.4. Potential drop from point A to point B? The same direction as i 2, opposite direction as i 3. Mesh currents MESH ANALYSIS. EXERCISES

8 8 For you to solve MESH ANALYSIS. EXERCISES C6.1. Potential drop from point A to point B? C6.2. Potential drop from point B to point C? C6.3. Potential drop from point A to point C? Circuit 6 C6.4. Equivalent resistance of the set? (Note that this set is neither a series nor a parallel association).


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