Interactive tools and visualizations that make complex physical concepts clear and engaging.
Position, velocity, and acceleration in one dimension
Projectile motion and vector analysis
Understand motion in different reference frames
Forces, inertia, and action-reaction
Static and kinetic friction on various surfaces
Centripetal force and banked curves
Relate work done to change in kinetic energy
Track energy transformations in closed systems
Rate of doing work and energy transfer
Amplitude, frequency, wavelength, and speed
Constructive and destructive interference patterns
Nodes, antinodes, and harmonics
Voltage, current, and resistance relationships
Analyze circuits with multiple resistors
Current and voltage rules in complex circuits
Field lines and forces on moving charges
Faraday's law and Lenz's law
Unifying electricity and magnetism
Pressure, volume, temperature relationships
Energy conservation and entropy
Carnot cycle and efficiency
Double-slit experiment and photons
Quantum states and wavefunctions
Heisenberg's fundamental limit
Moving clocks run slow
Foreshortening at relativistic speeds
Mass-energy equivalence
Buoyancy, pressure, and Bernoulli's principle
Radioactivity, fission, and fusion
Stars, galaxies, and cosmology
