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📖 View Subject LaTeX Notes →EE101Basic Electrical & Electronics Engineering • Intermediate
Series & Parallel Resistor Networks
Resistor Bank (3 / 4)
R1
Ohms (Ω)R2
Ohms (Ω)R3
Ohms (Ω)Equivalent Resistance (R_eq)
60.00 Ω
Total Source Current
1.00 A
Supply Voltage
60 V
Individual Resistor Measurements
Resistor R1 (10 Ω)Voltage Drop: 10.0 VBranch Current: 1.00 A
Resistor R2 (20 Ω)Voltage Drop: 20.0 VBranch Current: 1.00 A
Resistor R3 (30 Ω)Voltage Drop: 30.0 VBranch Current: 1.00 A
Mathematical Model
Theory & Governing Equations
Analytical principles modeled in this interactive visualizer:
Rseries = ∑ Ri, 1Rparallel = ∑ 1Ri
Key Exam Concepts:
- In a series circuit, current remains identical across all components while voltages add up: Vtotal = V1 + V2 + ...
- In parallel circuits, voltage is identical across all branches while total current divides according to branch conductance.
⚡ Browser-Native Runtime
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