AlevelMath vs Geometric Shape Calculator

ALevelMath helps you build real exam confidence in A-Level Mathematics and the ESAT (Engineering & Science Admissions Test) — one topic at a time. Practice by knowledge point, see exactly how far you've come, and turn every mistake into a focused review session. KEY FEATURES • A-Level Maths & ESAT in one app Work through Pure, Mechanics and Statistics for A-Level, plus ESAT Mathematics 1 & 2, Physics, Chemistry and Biology — organised by topic so you always know what to study next. • Smart error book Every question you get wrong is collected automatically. Star any tough question to save it too. Filter by All / Wrong / Favorites and review exactly what you need. • Per-chapter progress See "done / total" and a progress bar for every topic, so you can tell at a glance which chapters you've finished and which still need work. • iPad handwriting scratchpad Work out calculations by hand right beside the question with Apple Pencil or your finger — a floating, resizable canvas that keeps the question in view. • Syncs across your devices Your progress, mistakes and favorites follow you between iPhone and iPad through iCloud. • Instant feedback Check your answer immediately and see the correct one, so you learn as you go. Start practising today and walk into your exam prepared.

Geometry Math Calculator is a practical tool app focused on calculations for 2D and 3D shapes. It helps you quickly compute common geometric values such as angles, lengths, areas, volumes, and centroids. With an intuitive interface, simple input, and clear results, it is suitable for studying, exams, engineering calculations, and daily use. The app includes nearly 50 built-in shape examples across 7 major categories: triangles, circles/ellipses, polygons, cubes, pyramids/frustums, spheres/ellipsoids, and cylinders/cones/torus. Each shape comes with a diagram and clear parameter descriptions—just enter the known values to get accurate results. For the same shape, the app supports multiple input methods to match different known conditions in problems and real engineering scenarios. For example, a triangle can be defined using SSS (three sides) or SAS (two sides and the included angle), ASA, and more. No extra derivation is needed—simply input the parameters to complete the calculation.