1. PHYSICS

2. GES Physics syllabus against Khan Academy resources
The GES Physics syllabus is divided into five sections which include
Mechanics
Thermal Physics
Waves
Electricity and Magnetism
Atomic and Nuclear Physics
Electronics

3. Khan Academy Resources
GES Syllabus
Khan Academy Resources
YEAR ONE
Introductory Physics and physical quantities
introduction to physics
Introduction to vectors and Scalars
Mechanics
Kinematics
Dynamics
Forces
Pressure
Kinematic formulas and projectile motion
Displacement, velocity and time
Acceleration
Forces and Newton’s Law of motion
Thermal Physics
Temperature and its measurement
Temperature
Waves
Reflection of light from plane and curve mirrors
Refraction of light
Basic fibre optics
Geometric Optics
Reflection and refraction
Electricity and magnetism
Electrostatics
Capacitors
Electric charge, Field and Potential
Atomic and nuclear physics
Models of the atom and atomic structure
Quantum physics
Atoms and electrons
Nuclei
Electronics
Semi conductor P-N Junction diode
…….

4. YEAR TWO GES Syllabus Khan Academy Resources …………………..
Introductory Physics and physical quantities
Concepts of matter
…………………..
Mechanics
Energy
Circular and gravitation
Oscillatory motion
Circular motion and centripetal acceleration
Centripetal forces
Newton’s law of gravitation
Thermal Physics
Thermal properties of matter and calorimetry
Specific heat and heat transfer
Laws of thermodynamics
Waves
Thin lenses and optical instruments
Wave motion
Sound
Introduction to magnetic waves
Mirrors
Lenses
Electricity and magnetism
Direct current circuit analysis
Magnets
electromagnetism
Electric charge, field and potential
Circuits
Magnetic forces, magnetic fields
Atomic and nuclear physics
Photoelectric effect and wave particle duality
Thermionic emission, cathode rays and x-rays
Quantum physics
(Photons, atoms and electrons)
Electronics
Bipolar junction transistors (BJT)

5. YEAR THREE GES Syllabus Khan Academy Resources …………. ……………
Introductory Physics and physical quantities
Some properties of matter
……………
Mechanics
Deformation of solids
Work and Energy
(Springs and Hooke’s Law)
Thermal Physics
Heat transfer
Thermodynamics
Waves
Introduction to lasers
Geometric Optics
Electricity and magnetism
Electromagnetic induction
Alternating current (A.C) theory
Magnetic forces
Magnetic fields
Faradays' Law
Atomic and nuclear physics
The nucleus and nuclear energy
Quantum Physics
Quantum numbers and orbitals
Nuclei
Electronics
Digital electronics and integrated circuit
………….