92 interactive experiments aligned with curriculum standards.

Explore alternating current, capacitors, and inductors
~30 min
Explore the forces between atoms at the molecular scale
~20 min
Charge objects and observe electrostatic attraction
~15 min
Explore refraction, reflection, and Snell's Law
~20 min
Discover why faster flow means lower pressure — from Venturi tubes to airplane wings
~25 min
Explore thermal radiation and the quantum revolution
~20 min
Magnetic field circulation around current-carrying conductors
~30 min
Conservation of angular momentum, precession, and gyroscopic effects
~30 min
Watch exponential charging and discharging governed by the RC time constant
~30 min
Map equipotential surfaces and understand work done by electric fields
~25 min
See how changing magnetic flux generates EMF — Faraday's and Lenz's Laws in action
~30 min
Electric flux through Gaussian surfaces and enclosed charge relationships
~30 min
Discover torque and rotational equilibrium
~15 min
Introduction to floating, sinking, and buoyant force
~10 min
Explore Archimedes' Principle with different fluids
~20 min
Why objects curve instead of fly off
~15 min
Measure mass and volume to determine density
~15 min
Observe frequency shifts as source and observer move relative to each other
~20 min
From radio waves to gamma rays
~12 min
Explore force, mass, and acceleration
~15 min
Launch, arc, and land
~15 min
Ride the energy transformation
~18 min
How energy changes forms — kinetic, potential, thermal, light
~10 min
Push, pull, and how forces change movement
~10 min
How light travels, reflects, and bends
~10 min
Attract, repel, and explore invisible magnetic forces
~10 min
Levers, pulleys, and inclined planes — making work easier
~12 min
Learn how sunlight becomes heat and electricity
~10 min
Build series and parallel circuits with resistors, bulbs, and switches
~15 min
Mechanical energy, heat, and the first law of thermodynamics
~14 min
Position-time, velocity-time, and acceleration-time graphs
~15 min
Inertia, F=ma, and action-reaction pairs
~14 min
Reflection, refraction, diffraction, and interference of waves
~15 min