First Term

• Fundamental and derived quantities
• Motion: Types, speed, velocity, acceleration
• Scalars and vectors
• Work, energy, and power
• Heat energy: Expansion, conduction, convection, radiation
• Electric charges: Production, types, distribution
• Gravitational field and acceleration

Second Term

• Electric field and current
• Electrical power
• Particulate nature of matter
• Atomic structure and kinetic theory of matter
• Fluids at rest and in motion
• Surface tension and viscosity
• Solar technology applications

Third Term

• Electrical continuity testing
• Energy transformation in mechanical systems
• Introduction to waves
• Reflection and refraction of light
• Introduction to magnetism
• Basic electronics