Pick a lesson.

Teaches why phases happen and how to identify waxing/waning phases.

Teaches mass vs weight and how gravity depends on mass and distance.

Teaches magnetic field lines, poles, and how field strength changes with distance.

Sort all 118 elements into their correct positions on the periodic table.

Sort examples into physical or chemical changes and learn the science behind each.

Add protons, neutrons, and electrons to create any element with a 3D rotating atom visualization.

Navigate lab scenarios and learn safe practices through realistic consequences.

Analyze famous discoveries and identify the 7 steps scientists use to answer questions.

Mix RGB lights, split white light through prisms, and discover why the sky is blue.

Examine rock samples and identify them as igneous, sedimentary, or metamorphic.

Teaches why seasons happen: Earth's tilt changes sunlight angle and day length (not distance from the Sun).

Teaches why tides happen and how the Moon and Sun affect high and low tides.

Teaches planet order, inner vs outer planets, dwarf planets, and asteroid/Kuiper belts.

Teaches AU vs light-year and how astronomers measure space distances with parallax, radar, and more.

Teaches wavelength, spectra, and how scientists identify elements in stars.

Teaches fusion, the H–R diagram, and how mass controls how a star evolves.

Teaches how friction opposes motion, the difference between static and kinetic friction, and how surfaces affect friction forces.

Draw shapes and visualize airflow with particles and streamlines. Calculate drag, lift, and Reynolds number in real-time.