Topic · 3 games
Every mass pulls on every other mass with F = G·M·m ÷ r². That one law sets your weight on the Moon, keeps satellites in orbit, and fixes how long every planet takes to go around the Sun.
PLAY NOW · 29
Weigh an astronaut and drop a ball on the Moon, Mars, and a super-Earth. Predict g = G·M ÷ R², the weight W = m·g, and the fall time, and find out what happens to the mass.
PLAY NOW · 30
Launch a satellite above Earth. Use F = G·M·m ÷ r² to predict the pull, see why twice as far means a quarter of the pull, and find the speed for a circular orbit and the geostationary radius.
PLAY NOW · 31
Time the Moon, Jupiter's moons, Earth, and Mars. Use Kepler's third law, T² = 4π²·r³ ÷ (G·M), to predict periods, weigh Jupiter, and find how far Mars is from the Sun.
11 games
Position, velocity, acceleration, and gravity.
2 games
Units, SI prefixes, and scientific notation.
3 games
Rearranging formulas: inverse operations and unit checks.
3 games
Vector addition, displacement, and forces.
3 games
Right triangles, inverse functions, and the unit circle.
3 games
Horizontal and angled launches: two motions at once.
3 games
Uniform circular motion, angular velocity, and centripetal force.
3 games
Force equilibrium, cable tension, torque, and support reactions.
5 games
Torque, lever arms, tipping, and angular acceleration.
3 games
Centre of mass, balance points, composite objects, and toppling.
9 games
Density, buoyancy, floating, and pressure under water and in the air.
3 games
Flow, Bernoulli's principle, jets, pipes, and lift.
10 games
Amplitude, period, frequency, pendulums, springs, energy, and resonance.
27 games
What a wave is, amplitude, wavelength, frequency, period, and sound.
10 games
Electric charge, electrons, and the forces between charges.
16 games
Voltage, current, resistance, and the energy circuits carry.