Topic · 11 games
Start here to see how position, velocity, and acceleration change over time. Predict a catch time or a safe landing, then measure what really happens.
PLAY NOW · 01
A train runs between stations on a straight track. Predict where it stops and how far it is displaced, then move the origin: every position changes, but the displacement does not.
PLAY NOW · 02
A lift stops at several floors, from the car park to the top. Predict the distance it travels and its displacement, then watch the trip log add every stretch while the displacement arrow only links start and finish.
PLAY NOW · 03
A dog walks out from a bench, waits, and runs back. Read its position, displacement, and distance from the position–time graph, then watch the dog and the graph move together.
PLAY NOW · 04
Catch a moving target or send a particle around a track. Discover why traveling farther does not always mean moving farther from the start.
PLAY NOW · 05
A cart must follow a target velocity–time graph. Read each slope, set the acceleration, and watch your trace land on the line, or drift away from it.
PLAY NOW · 06
A ball rolls down a ramp, speeding up all the way. Place four bells so they ring on a steady beat, and hear why equal times do not mean equal distances.
PLAY NOW · 07
A car approaches a red light. Predict where to brake so the bumper stops exactly on the line: on a dry road, on a wet road, or after a reaction delay.
PLAY NOW · 08
Drop a ball from a balcony, from a tower, or on the Moon. Predict when it lands and how fast it hits, and find out whether a heavy ball falls faster than a light one.
PLAY NOW · 09
Throw a ball straight up and catch it again. Predict how long it rises, how high it goes, and its acceleration at the top, where it stops for an instant.
PLAY NOW · 10
A friend drops a ruler and you catch it. The mark where your fingers close gives your reaction time through d = ½·g·t². Predict the catches, then measure your own reaction.
PLAY NOW · 11
Guide a falling module onto a landing platform. Learn how opposing accelerations slow a descent, and try a fuel-saving landing on the Moon or Mars.
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
Newton's law of universal gravitation, weight, orbits, and Kepler's laws.
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.
Collection · 5 games
Constant velocity in a straight line: x = x₀ + v·t.