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📖 View Subject LaTeX Notes →EE101Basic Electrical & Electronics Engineering • Beginner
Ohm's Law & Power Dissipation
Voltage (V)12 V
1 V36 V
Resistance (R)6 Ω
1 Ω24 Ω
Current (I = V/R)
2.00 A
Power (P = V × I)
24.0 W
Status
Normal
Speed of moving red electron dashes reflects instantaneous current magnitude (I = 2.00 A).
Mathematical Model
Theory & Governing Equations
Analytical principles modeled in this interactive visualizer:
I = VR, P = V ⋅ I = I2 ⋅ R = V2R
Key Exam Concepts:
- Ohm's Law states that electric current through a conductor is directly proportional to voltage and inversely proportional to resistance.
- Power dissipation (P) represents the rate at which electrical energy converts to thermal energy.
- Excessive power causes resistor overheating when current exceeds standard wattage ratings.
⚡ Browser-Native Runtime
This simulator executes at 60 FPS directly in your browser using client SVG, HTML5 Canvas, and React state.