PHYSICS GES Physics syllabus against Khan Academy resources

PHYSICS

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

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 Pressure 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 …….

GES Syllabus Khan Academy Resources YEAR TWO 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)

GES Syllabus Khan Academy Resources YEAR THREE 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 ………….