- Ohm's Law (V=IR)
- Capacitor and Inductor I-V relationships (I = C dV/dt, V = L dI/dt)
- Capacitor charge (Q=CV)
- Power (P=IV) and Energy (P = dE/dt)
- Parallel and Series resistors (how to calculate equivalent resistance)
- Parallel and Series capacitors (how to calculate equivalent capacitance)
- Kirchoff's Current and Voltage Laws (KVL/KCL)
- Parallel plate capacitor (C=epsilon A/d)
- Resistance (R=rho L / A)
- RC step response
- Steady-state behavior of capacitors and inductors
- DeMorgan's Law
- Completing a truth table for a Boolean logical expression (and, or, not, xor, nor nand)
- Turning a Boolean logical expression into a gate-level implementation

- Identifying the logical expression implemented by a gate-level implementation
- Optimizing a gate-level implementation (including Karnaugh Maps)
- nand gate universality

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