Electric Fields, Electrostatics & Capacitors Step by Step
A lightweight execution-visualization book.
Charge and Force
Electric Charge Signs
Like Charges Repel
Opposite Charges Attract
Coulomb Proportionality
Charge Product Scales Force
Inverse-Square Distance
Compare Two Changes
Electric Field
Field as Force per Charge
Field Vector Direction
Force from Field
Potential and Energy
Potential as Energy per Charge
Energy from Potential
Field and Potential
Superposition Audits
Field Vector Superposition Audit
Potential Superposition Audit
Field Cancels, Potential Adds
Relation Cross-Scans
Field Force Charge Two-Factor Scan
Force Charge Field Two-Factor Scan
Potential Energy Charge Two-Factor Scan
Energy Charge Potential Two-Factor Scan
Coulomb Product Distance Cross-Scan
Field Potential Superposition Cross-Scan
Capacitance and Charge
Capacitor as Store
Charge Equation
Double Voltage
Parallel Plate Field
Plates and Voltage
Field From Voltage
Uniform Field Samples
Combining Capacitors
Capacitors in Parallel
Capacitors in Series
Opposite of Resistors
Stored Energy
Energy From Charge
Energy Two Ways
Voltage Squared
Closure Audits
Capacitance Inversion Audit
Series-Parallel Closure Audit
Stored Energy Cross-Check Audit
Capacitor Relation Depth Scans
Plate Field Gap Ratio Scan
Three Capacitor Topology Scan
Fixed Charge Energy Inverse Scan
Deeper Charge and Energy Budgets
Fixed Voltage Charge-Energy Three-Row Scan
Voltage-Square Energy Three-Row Scan
Series Voltage-Sharing Three-Row Scan
Parallel Charge-Splitting Three-Row Scan