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# Redes en escalera metodo 1

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### Redes en escalera metodo 1

1. 1. Se calcula la resistencia y la corriente de fuente totales paraproceder de regreso a través de la escalera mediante las leyes deohm hasta que se obtenga la corriente o el voltaje deseados
2. 2. RESOLUCIÓN-METODO 1R5 Y R6 (SERIE) Req1 = R 5 + R 6 Req1 = 1 2 Req1 = 3
3. 3. R4 Y Req1 (PARALELO) R 4× Req1 Req 2 = R 4 + Req1 6 ×3 Req 2 = 6 +3 42 13 Req 2 = 2
4. 4. R3 Y Req2 (SERIE) Req 3 = R 3 + Req 2 Req1 = 4 2 Req1 = 6
5. 5. R2 Y Req3 (PARALELO) R 2× Req 3 Req 2 = R 2 + Req 3 6 ×6 Req 2 = 6 +6 Req 2 = 3
6. 6. R3 Y Req2 (SERIE) VE RT = R1+ Req 4 IT = RT Req1 = 5 3 240 V IT = 8 Req1 = 8 IT = 30A VReq 4 = R× I VReq 4 = 3 30 A VReq 4 = 90 V
7. 7. Regresando hasta obtener V6 PARALELO VR 2 = VReq 3 90 V VReq 3 I Req 3 = R Req 3 90 V IReq3 = 6 I Req 3 = 15 A
8. 8. SERIEI Req 2 = I R 3 = 15 A VReq 2 = R× I VReq 2 = 2 15A VReq 2 = 30 V
9. 9. PARALELOVR 4 = VReq1 30 V VReq1 IReq1 = R Req1 30 V IReq3 = 3 I Req 3 = 10 A
10. 10. SERIEIR5 = IR5 =10AVReq 2 = R× IVReq 2 = 2 10 AVReq 2 = 20 V