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Curriculum
- 6 Sections
- 90 Lessons
- 60 Hours
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- Motion, Forces, and Energy14
- 1.0Kinematics
- 1.1Distance and displacement
- 1.2Speed and velocity
- 1.3Acceleration
- 1.4Equations of motion
- 1.5Graphical analysis of motion
- 1.6Dynamics Forces and motion (Newton’s laws)
- 1.7Weight and mass
- 1.8Friction
- 1.9Tension in strings
- 1.10Momentum and impulse
- 1.11Energy Forms of energy (kinetic, potential)
- 1.12Conservation of energy
- 1.13Work done Power Efficiency
- Thermal Physics12
- 2.0Temperature Scales of temperature
- 2.1Thermal equilibrium
- 2.2Thermometers
- 2.3Expansion of solids, liquids, and gases
- 2.4Ideal gas laws
- 2.5Heat Transfer
- 2.6Conduction Convection Radiation Insulation Applications of heat transfer
- 2.7Thermodynamics Laws of thermodynamics
- 2.8Internal energy
- 2.9Specific heat capacity
- 2.10Latent heat
- 2.11Heat engines and efficiency
- Waves17
- 3.0Wave Properties
- 3.1Transverse and longitudinal waves
- 3.2Amplitude, frequency, wavelength, wave speed
- 3.3Sound waves
- 3.4Electromagnetic waves
- 3.5Wavefronts and rays
- 3.6Wave Behavior
- 3.7Reflection
- 3.8Refraction
- 3.9Diffraction
- 3.10Interference (constructive and destructive)
- 3.11Polarization
- 3.12Sound
- 3.13Characteristics of sound waves
- 3.14Speed of sound
- 3.15Doppler effect
- 3.16Applications of sound waves
- Electricity and Magnetism12
- 4.0Electric Circuits Current, potential difference (voltage), resistance
- 4.1Ohm’s law Series and parallel circuits
- 4.2Electrical power and energy
- 4.3Electrical safety
- 4.4Magnetism
- 4.5Magnetic fields
- 4.6Electromagnetism
- 4.7Magnetic effects of current
- 4.8Solenoids and electromagnets
- 4.9Applications of magnets and electromagnets
- 4.10Electromagnetic Induction
- 4.11Faraday’s law of electromagnetic induction
- Nuclear Physics17
- 5.0Structure of the Atom
- 5.1Atomic structure
- 5.2Particles (protons, neutrons, electrons)
- 5.3Isotopes
- 5.4Atomic models
- 5.5Atomic spectra
- 5.6Radioactivity
- 5.7Types of radiation (alpha, beta, gamma)
- 5.8Radioactive decay
- 5.9Half-life Uses and hazards of radiation
- 5.10Detection of radiation
- 5.11Nuclear Reactions
- 5.12Nuclear fission
- 5.13Nuclear fusion
- 5.14Energy from the nucleus
- 5.15Applications of nuclear reactions
- 5.16Nuclear power and its uses
- Space Physics18
- 6.0Solar System
- 6.1Planetary motion
- 6.2Kepler’s laws of planetary motion
- 6.3Gravitational effects
- 6.4Orbits and satellites
- 6.5Space exploration
- 6.6Stars and Galaxies
- 6.7Stellar evolution
- 6.8Types of stars
- 6.9Galaxies and their classification
- 6.10Black holes
- 6.11Dark matter and dark energy
- 6.12Astronomical Phenomena
- 6.13Cosmic background radiation
- 6.14Cosmology
- 6.15Big Bang theory
- 6.16Exoplanets and exobiology
- 6.17Space telescopes

