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Physics SL - Concept Videos
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All Topics
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Nuclear fission process
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Chain reaction and critical mass
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Applications of nuclear fission (nuclear reactors)
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Nuclear fusion and energy production in stars
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Stellar nucleosynthesis
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Life cycle of stars
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Atomic models (Bohr, quantum model)
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Electron configuration and energy levels
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Isotopes and atomic mass
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Types of radiation: Alpha, beta, gamma
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Half-life and decay constant
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Radioactive decay and applications
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Types of waves: Transverse and longitudinal
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Properties of waves (amplitude, frequency, wavelength, speed)
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Wave equations
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Reflection, refraction, diffraction, and interference
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Doppler effect
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Standing waves and resonance
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Displacement, velocity, and acceleration in SHM
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Energy in SHM
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Pendulum and spring systems
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Power and efficiency
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Work done by a force
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Kinetic and potential energy
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Conservation of mechanical energy
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Scalars and vectors
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Displacement, velocity, and acceleration
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Equations of motion (constant acceleration)
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Graphical analysis of motion
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Newton’s laws of motion
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Force, mass, and acceleration
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Momentum and impulse
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Conservation of momentum
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Collisions and explosions
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Heat and temperature
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Specific heat capacity and latent heat
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Methods of heat transfer (conduction, convection, radiation)
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Thermal expansion
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Earth's energy balance
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Greenhouse gases and their role
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Impact of human activity on the greenhouse effect
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Ideal gas law (PV = nRT)
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Boyle’s law, Charles’s law, Avogadro’s law
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Real gases and deviations from ideal gas behaviour
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Electric charge and current
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Ohm’s law and resistivity
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Kirchhoff’s laws
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Power dissipation in resistors
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Gravitational force and field strength
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Gravitational potential energy
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Kepler's laws and orbital mechanics
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Electric fields and potentials
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Magnetic fields and forces
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Coulomb's law and Gauss’s law
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Applications in motors and electromagnets
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Charge in magnetic fields
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Cyclotron and magnetic force on a current
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Magnetic flux and induction
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Laboratory techniques and safety protocols
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Data collection, analysis, and uncertainty in measurements
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Writing scientific reports and conclusions
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Collaborative research and experimental work
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Communicating scientific findings with others
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Working within interdisciplinary teams
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Developing research questions and hypotheses
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Designing experiments and gathering data
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