DarkWiz Lab · study tools that react

Don't memorize math.
Watch it work.

Every lesson here is a working instrument, not a page of notes. Move a value and the figure, the formula and the full solution rebuild in front of you — so you see why the answer changes, not just that it did.

Free · No sign-up · No ads · Built for high school and college

Bench 01 — the unit circle ● live
θ cos θ sin θ 90° 180° 270° 360° y = sin θ
θ35°
sin θ0.574
cos θ0.819
tan θ0.700

sin²θ + cos²θ = 1.000 Quadrant I


On the bench

One subject at a time,
each on its own address.

Every DarkWiz Lab app is a single self-contained page that runs on its own subdomain. Math is finished and open. The others are being built with the same engine.

Live

Math Learning App

mathlearningapp.darkwizlab.com

81 topics from place value to integral calculus. Rotatable 3D figures, worked solutions that show every substitution, and scored quizzes drawn from a pool of thousands of questions.

In development

Physics

physics.darkwizlab.com

Kinematics, forces, energy, waves and circuits — with vectors you can drag, free-body diagrams that resolve themselves, and graphs that redraw as the motion changes.

Next in the queue
In development

Chemistry

chemistry.darkwizlab.com

Stoichiometry, gas laws, solutions and equilibrium. Balance an equation and watch the mole ratios, the limiting reagent and the yield follow it through.

In design
Planned

Probability & Statistics

stats.darkwizlab.com

Distributions you can reshape, samples you can re-roll, and confidence intervals that widen and narrow as you change n. Ideas that only make sense once you can move them.

Scoped, not started

Inside the math app

Six subjects. Sixteen branches.
Eighty-one topics.

Ordered so each topic leans on the one before it — the same path a course takes, from arithmetic through to integral calculus.

6Subjects
16Branches
81Topics
385Worked formula blocks
3DFigures you can rotate
0Accounts required
Arithmetic Place value, fractions and decimals, ratio, percent, interest and scientific notation — the machinery every later branch runs on. 3 branches
Number Theory Divisibility, prime factorization and GCD, then modular arithmetic — the clock arithmetic behind modern encryption. 2 branches
Algebra Exponents, factoring, solving and inequalities, then quadratics, systems, logarithms and sequences. 2 branches
Calculus Limits and continuity, derivatives and optimization, then antiderivatives, area and volumes of revolution. 3 branches
Trigonometry The six ratios in a right triangle, the unit circle and wave graphs, then identities and the sine and cosine laws. 3 branches
Geometry Plane figures, solids you can rotate for volume and surface area, and analytic geometry on the coordinate grid. 3 branches

How a lesson runs

Four steps, every topic.

The loop is the same whether you are dividing fractions or finding a volume of revolution, so there is nothing to relearn when the mathematics gets harder.

Pick a topic

Choose a subject, then a branch, then a topic. Each one opens with a plain definition and a note on where the idea is actually used.

Move a value

Every measurement is a control. Change a radius, an angle, a coefficient — the figure redraws the instant you let go of the slider.

Read the solution

Each formula appears three ways: the general rule, your numbers substituted into it, and the result — with the reasoning underneath, in sentences.

Get asked

Quiz yourself on one topic or a whole branch. Answers feed mastery bars and streaks, so you can see which topics still need another pass.

Open now

Start with the math.

Nothing to install, nothing to sign up for. Open it on a phone between classes or on a laptop while you work through a problem set.