Tough concepts from your textbook — turned into things you can touch, drag and play with. And each one is a stepping-stone to real AI. 🚀
Distance–time & velocity–time graphs, equations of motion.
Reflection, refraction, lenses, ray diagrams & image formation.
Ohm's law, current, series vs parallel — build & light bulbs.
Universal law of gravitation, g, free fall, mass vs weight.
Specific heat capacity, latent heat, heat transfer, calorimetry.
Heating & magnetic effect, motor, electromagnetic induction, generators.
Satellites, launch vehicles, artificial satellites & applications.
Modern periodic table, groups/periods, electronic configuration, trends.
Types of reactions, oxidation/reduction, balancing, corrosion, rancidity.
Minerals, ores, extraction of metals, refining, alloys.
Covalent bonding, hydrocarbons, functional groups, ethanol, ethanoic acid, polymers.
Genes, chromosomes, Mendel, heredity, variations, evolution.
Cell structure, biotechnology, genetic engineering, applications.
Nutrition, respiration, circulation, excretion, coordination.
Microorganisms — bacteria, viruses, fungi; useful & harmful microbes.
Major animal groups and their characteristics.
Ecosystems, biodiversity, pollution, conservation, sustainable development.
Physical/mental/social health, addiction, stress, healthy lifestyle.
Natural/man-made disasters, preparedness, mitigation, emergency response.
Graphing lines, solving simultaneous equations, point of intersection.
Roots, factorisation, formula & the shape of a parabola.
Common difference, nth term & sum of a sequence.
Sin, cos, tan on the unit circle; heights & distances.
Similar triangles, ratios of sides, the Pythagoras theorem.
Chords, tangents, arcs & angle properties.
Distance formula, section formula, plotting points.
Surface area & volume of cubes, cylinders, cones & spheres.
Mean, median, mode, graphs & the chance of events.
GST, shares, taxation & everyday money maths.
The very concepts you learn in Class 10 are the building blocks of AI — the same systems we build at DeepManthan. Watch a textbook topic turn into technology:
You remember what you do far better than what you read. Experiment, make mistakes safely, and see the science happen — then watch it grow into the technology shaping the world. 🎯