Logic Masters · Ages 11 to 12
Two-Step Equation Blitz
Solve two-step equations against a friendly timer in a quantum reactor control center, for ages 11 to 12.
Logic Masters · Ages 11 to 12
All Logic Masters gamesMatch each system of simultaneous equations to its solution pair in a parallel dimension laboratory, for ages 11 to 12.
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Every activity is one step. Here is where this one fits.
Simultaneous Eq Memory unfolds in a parallel dimension laboratory, where systems of equations and their solution pairs are hidden across linked memory chambers. Matching each system to the values of x and y that solve it reinforces what a solution to simultaneous equations really means, while the memory format keeps the reasoning playful.
Chosen by the skills this activity practises.
A maths question is shown in large text at the centre of the play area. A timer bar begins counting down from 100 seconds.
Answer options are shown as large buttons. Tap or click the correct option. Any input method works — touch, mouse or keyboard.
Each consecutive correct answer increases your streak. A longer streak lights up the flame icon and adds a bonus multiplier to the XP you earn for the level.
Each level has 4 questions. Complete them to earn the full level reward (+10 XP, plus up to +10 XP for a perfect run). Progress is saved locally and shown on the Parent Dashboard.
Mapped to national curriculum frameworks so teachers and parents can match practice to school standards.
Everything you need to know before your child starts playing.
Logic Masters · Ages 11 to 12
Solve two-step equations against a friendly timer in a quantum reactor control center, for ages 11 to 12.
Logic Masters · Ages 11 to 12
Read cube and cuboid models, toggle their nets, and calculate volume and surface area on a space colony build site, for ages 11 to 12.
Logic Masters · Ages 11 to 12
Spin a weighted wheel, track outcomes, and compare experimental with theoretical probability at a research institute, for ages 11 to 12.
Logic Masters · Ages 11 to 12
Complete Pythagorean triples on a grid in an ancient geometry archive, finding each missing side, for ages 11 to 12.