⚡ ELECTRICAL CIRCUIT EXERCISE applying KIRCHHOFF'S FIRST LAW and KIRCHHOFF'S SECOND LAW—a step-by-step solved problem using nodal and mesh analysis. Remember, Kirchhoff's First Law (or Kirchhoff's Current Law) states that the sum of currents entering a node equals zero, and Kirchhoff's Second Law states that the algebraic sum of voltage drops around any mesh (or loop) is equal to zero. Applying these two concepts, we will solve this problem. Kirchhoff's Laws. Circuit Solution.
Steps to solve an electrical circuit using Kirchhoff's laws:
Apply Kirchhoff's First Law: • 🔌Ley de CORRIENTES de Kirchhoff (LCK) | ¡T...
Apply Kirchhoff's Second Law: • Segunda Ley de Kirchhoff (LVK) Explicación...
💌 ELECTRIC CIRCUITS 1 COURSE ⚡ (DC / Direct Current)
• Domina los CIRCUITOS ELECTRICOS 1 ⚡ de Cor...
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⏰ TIMESTAMPS:
0:00 Introduction & Problem Overview
0:26 Applying Kirchhoff's FIRST Law (KCL) to the circuit
4:15 Applying Kirchhoff's SECOND Law (KVL) to the circuit
9:44 Finding the voltage across the resistors...
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💙 A more CHALLENGING exercise using KIRCHHOFF'S LAWS 👉 "This video is currently being recorded, but you can subscribe so you don't miss it when it premieres!" Thanks for the support!
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