Don't just learn it. Understand it.
Predict what will happen, test it, watch it, then explain it from memory. Learning should feel like discovery.
Explore the universe.
Choose a subject and follow your curiosity. Physics is open now; the others are being built.
No matching subjects yet. Try “Physics” or “motion”.
Think first. Then look.
ExamiQ is built on a few simple commitments about how understanding forms, and every lesson is designed around them.
Commit to a prediction.
Every lesson starts by asking what you think will happen, before anything is shown. A guess gives the result something to confirm or overturn.
Mistakes are data.
A wrong prediction is not a fail state. You still launch, still watch, and the gap between what you expected and what happened is where the lesson is.
Make the mechanism visible.
Trajectories, vectors and live readouts show why a result happens, not just the answer, and you can change the conditions yourself.
Prove it to yourself.
Recall the principle without the simulation in front of you, then apply it to a situation you have not seen before.
Five stages, one arc.
This is the loop the Projectile Motion lesson runs today, and the template for every lesson that follows.
Commit.
Choose the launch angle you think gives the longest range, before seeing anything.
Test it.
Launch your angle and at least one other, and compare where each one lands.
Explore.
Change speed, angle, aim and air resistance in a 3-D lab and watch the path respond.
Remember.
Answer a question on the key principle from memory, with feedback on your choice.
Apply.
A bonus challenge puts the same idea into a new situation.
Where this goes.
One lesson is real today. The rest is a plan, and it is labelled as one.
Available now
- Projectile MotionPhysics · all five stages, offline
Next in Physics
- Motion in a PlaneComing soon
- Laws of MotionComing soon
- Work, Energy and PowerComing soon
Further out · ideas, not built
- Chemistrye.g. predict a reaction outcome, then run it
- Mathematicse.g. guess a graph's shape, then move its parameters
- Biologye.g. forecast a population, then change the conditions
Curiosity is a good place to start.
Open Physics and pick up the Projectile Motion lesson.