Courses
Difficulty Level: INTERMEDIATE
Age group: 15-19
AP Physics 2 - Fluids - Thermodynamics - Electric Force, Field, and Potential - Electric Circuits - Magnetism and Electromagnetic Induction - Geometric and Physical Optics - Quantum, Atomic, and Nuclear Physics Fluids - Fluid Systems - Density - Pressure: Atmospheric and Fluid Pressure - Fluids and Free Body Diagrams - Pascal's Principle - Buoyant Force - Archimedes' Principle - Flow Rate - Conservation of Energy in Fluid Flow - Continuity Equation - Conservation of Mass Flow Rate in Fluids - Bernoulli's Principle - Fluids : Numerical Practice Thermodynamics - Thermodynamic Systems - Pressure and Thermal Equilibrium - Ideal Gases and Ideal Gas Law - Thermodynamics and Forces - Thermodynamics and Contact Forces - Thermodynamics and Free-body Diagrams - Heat and Energy Transfer - Internal Energy and Energy Transfer - Kinetic Theory - First Law of Thermodynamics - Thermodynamics Processes and PV Diagrams - Heat Engines - Carnot Cycle - Efficiency - Second Law of Thermodynamics: Entropy - Thermodynamics and Elastic Collisions: Conservation of Momentum - Thermodynamics and Inelastic Collisions: Conservation of Momentum - Thermal Conductivity - Thermodynamics : Numerical Practice Electric Force, Field, and Potential - Electric Systems - Electric Charge - Conservation of Electric Charge - Charge Distribution, Friction, Conduction, and Induction - Electric Permittivity - Introduction to Electric Forces - Electric Forces and Free-Body Diagrams - Describing Electric Force - Gravitational and Electromagnetic Forces - Electric Charges and Fields - Isolines and Electric Fields - Conservation of Electric Energy - Vector and Scalar Fields - Electric Force, Field, and Potential : Numerical Practice Electric Circuits - Definition and Conservation of Electric Charge - Resistivity and Resistance - Resistance and Capacitance - Ohm's Law - DC Circuits With Resistors Only - Kirchhoff's Loop Rule - Kirchhoff's Junction Rule - Series, Parallel, and Series-Parallel Circuits - DC Circuits With Resistors and Capacitors - Electric Circuits : Numerical Practice Magnetism and Electromagnetic Induction - Magnetic Systems - Magnetic Permeability and Magnetic Dipole Moment - Magnetic Field - Vector and Scalar Fields - Monopole and Dipole Fields - Magnetic Force on a Charged Particle - Magnetic Force on a Current-Carrying Wire - Magnetic Flux - Electric Motors - Electromagnetic Induction: Faraday's Law - Lenz's Law - Motional EMF - Magnetism and Electromagnetic Induction : Numerical Practice Geometric and Physical Optics - Waves - Electromagnetic Waves - Periodic Waves - Reflection - Image Formation by Flat and Curved Mirrors - Refraction and Snell's Law - Image Formation by Thin Lenses - Absorption - Interference and Diffraction - Double Slit, Single Slit, and Diffraction Grating Interference - Thin Film Interference - Geometric and Physical Optics : Numerical Practice Quantum, Atomic, and Nuclear Physics - Atoms, Atomic Mass, Mass Number, and Isotopes - Atomic Energy Levels - Absorption and Emission Spectra - Models of Light: Wave and Particle - Photoelectric Effect - De-Broglie Wavelength - Wave Function Graphs - Mass-Energy Equivalence - Radioactive Decay: Alpha, Beta, and Gamma Decay - Half Life - Conservation of Nucleon Number: Fission and Fusion - Quantum, Atomic, and Nuclear Physics : Numerical Practice
Should have studied middle school physics
Enthuziasm to learn the concepts of physics
Basic understanding of Algebra
Optics and Modern Physics: Explore wave optics, including interference and diffraction, and understand key concepts in modern physics, such as quantum mechanics and nuclear physics.
Magnetism and Electromagnetic Induction: Explain the principles of magnetism, electromagnetic induction, and Faraday's and Lenz's laws.
Circuits: Develop a thorough understanding of DC and RC circuits, including Kirchhoff's laws and the analysis of complex circuits.
Electrostatics: Analyze electric forces, fields, potential, and energy using Coulomb's law and the concept of electric potential.
Fluids and Thermodynamics: Understand the principles of fluid mechanics and thermodynamics, including buoyancy, pressure, and the laws of thermodynamics.
Understanding of the laws of thermodynamics
Knowledge of the flow of electricity
Deep-insight into the real world phenomena of light
Better grades in exam
Enhanced knowledge and interest in the domain
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