Learning DC circuits the easy way 💡Watch how current splits at nodes.#OhmsLaw #KirchhoffsLaw

In this video, I demonstrate the step-by-step construction and simulation of a DC resistive network using the EveryCircuit app.

🔍 Key Highlights:

Circuit Construction:

Building a multi-loop DC network using a DC voltage source and three identical 1 kΩ resistors (R₁, R₂, R₃).
Real-Time Current Flow Visualization:
The animated dots represent conventional current flow, clearly showing how current divides at nodes and recombines—perfect for understanding Kirchhoff’s Current Law (KCL).

Voltage Scaling Experiment:

The supply voltage is gradually increased

from 5 V to higher values to observe how:

Current increases linearly (Ohm’s Law)
Power dissipation increases rapidly (P = V² / R)
Live Measurements:
EveryCircuit displays real-time values of:
Voltage drops
Branch currents
Power dissipation
making this simulation ideal for students learning Ohm’s Law, KVL, and KCL.
🧩 Components Used:
DC Voltage Source (V₁)
3 × 1 kΩ Resistors
Ground reference
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Learning DC circuits the easy way 💡
Watch how current splits at nodes.
#OhmsLaw #KirchhoffsLaw #EngineeringStudents

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📌 Standard Copyright Disclaimer (Recommended)
Copyright Disclaimer:
This video is created for educational purposes only.
All simulations are performed using the EveryCircuit app.
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This channel does not claim ownership of any third-party content.
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Disclaimer: Educational content only.
Simulations created using EveryCircuit.
All rights belong to their respective owners.
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This content is used under Fair Use (Section 107 of the Copyright Act) for education, commentary, and demonstration purposes.
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Видео Learning DC circuits the easy way 💡Watch how current splits at nodes.#OhmsLaw #KirchhoffsLaw канала ElectronIQ