Concept Formula Citation
Voltage (V) [1-3]
Current (I) [4]
Conductance (G) [5]
Wire Resistance (R) [6]
Concept Formula Citation
Ohm’s Law (Current) [7]
Ohm’s Law (Voltage) [7]
Ohm’s Law (Resistance) [8]
Power (Definition) [9]
Watt’s Law (V and I) [10, 11]
Watt’s Law (I and R) [10]
Watt’s Law (V and R) [10, 11]
Concept Formula Citation
Kirchhoff’s Voltage Law (KVL) [12]
Voltage Divider Rule (for ) [13]
Concept Formula Citation
Total Parallel Resistance (General) [14]
Total Parallel Resistance (Product-Over-Sum, 2 R) [15]
Current Divider (for in 2 resistors) [16]
Current Divider (for in 2 resistors) [16]
Chapter 2: Voltage, Current, and Resistance
Chapter 3: Ohm’s Law, Energy, and Power
Chapter 4: Series Circuits
Chapter 5: Parallel Circuits
Concept Formula Citation
Thevenin Voltage (using V-Divider) [17]
Load Voltage (using Thevenin) [18]
Concept Formula Citation
Period/Frequency Relationship and [19]
Degrees to Radians [20]
Radians to Degrees [20]
Instantaneous Voltage (No phase shift) [21]
Instantaneous Voltage (With phase shift) [22]
Peak-to-Peak Voltage [23]
RMS Voltage [23, 24]
Average Voltage (Half-wave) [25]
AC Power (Watt's Law - V and I) [26]
AC Power (Watt's Law - V and R) [26]
AC Power (Watt's Law - I and R) [26]
Concept Formula Citation
Capacitance (C) [27]
Charge Stored (Q) [27, 28]
Energy Stored (W) [28]
Capacitance (Physical) [29, 30]
Series Capacitance (Reciprocal Sum) [31]
Series Capacitance (Product-Over-Sum, 2 C) [31]
Parallel Capacitance (Sum) [32]
Capacitive Reactance ( ) [33]
Chapter 6: Series-Parallel Circuits
Chapter 8: Introduction to Alternating Current and Voltage
Chapter 9: Capacitors
