Mathematics — Grade 7
Understanding Data Handling
Collect data at five real sites, build frequency distribution tables, plot pictographs, bar graphs, line graphs and pie charts, then read them to answer questions.
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Interactive practical experiments, with assessment, laboratory reports, a teacher dashboard, learner progress tracking and digital laboratory certificates.
Available now
One laboratory, four levels of detail
Each laboratory is a single declarative script. The runtime chooses how much to draw from the learner's connection, device and accessibility preferences — and they can override it. The questions are byte-identical at every level. That is what makes the lightest version a real experience rather than a consolation prize.
Light
2G · feature-grade Android · screen readers
Objective, transcript, static images, and every question as a plain form control.
Standard
Most phones and school computers
SVG scenes, draggable bar graphs, interactive frequency tables, pie charts.
Rich
Newer devices on good connections
Layered scenes with depth, animated arrivals, magnified graph regions.
Full 3D
Desktop and high-end tablets
Three-dimensional apparatus for physics, chemistry and engineering.
In development
Twenty-two laboratories are planned. Because the engine is one interpreter over a script, each is authoring work rather than a new application.
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