1- Simple harmonic motion with applications to include additions, subtractions and modulations.
2- Damped harmonic motion to include the variables of this motion and energy dissipation. The quality factor.
3- Forced oscillations to include : the concept of impedance, resonance and the resonance power curve.
4- Coupled oscillations to include mechanical and electrical systems. The coupling strength. To introduce the concept of degrees of freedom. Coupling in extended systems as a prerequisite to wave motion.
5- Transverse waves: wave variables, wave equation, impedance, group and phase velocities. Wave propagation in periodic structures. Reflection and transmission of waves .