Grade 6 (IIT Foundation)
Motion and Force
P.6.1.1Understand states of rest and motionP.6.1.2Translatory motion: rectilinear and curvilinearP.6.1.3Distinguish rotational and circular motionP.6.1.4Oscillatory and vibratory motionP.6.1.5Periodic, random, and multiple motionP.6.2.1Force: push, pull, and effectsP.6.2.2Contact and non-contact forcesP.6.2.3Magnetic, electrostatic, and gravitational forcesP.6.2.4Distance and displacement calculationsP.6.2.5Calculate net force and directionP.6.2.6Unit Normalization (Time)P.6.2.7Direct Velocity ApplicationP.6.2.8Segmented Motion AggregationP.6.2.9Multi-Step Procedural Synthesis
Measurement
P.6.1.1Compare quantities visually without measuringP.6.1.2Understand the need for standard unitsP.6.2.1Identify length as distance between pointsP.6.2.2Units of length (multiples & sub-multiples)P.6.2.3Convert length units (mm, cm, m, km)P.6.2.4Read a scale correctly & apply end correctionsP.6.2.5Determine the least count of an instrumentP.6.2.6Measure lengths of curved lines using threadP.6.2.7Measure dimensions of tiny/indirect objectsP.6.3.1Understand area as surface space coveredP.6.3.2Calculate area of a rectangle/squareP.6.3.3Convert units of area (cm², m², hectares)P.6.3.4Measure irregular area using graph paperP.6.4.1Understand volume as space occupied by objectsP.6.4.2Calculate volume of regular solids (cuboids)P.6.4.3Measure liquid volume & read meniscusP.6.4.4Measure irregular volume (water displacement)P.6.5.1Understand mass as the amount of matterP.6.5.2Units of mass (mg, g, kg, quintal, tonne)P.6.5.3Convert units of massP.6.6.1Understand time as interval between eventsP.6.6.2Units of time (seconds to millennia)P.6.6.3Read clocks & convert 12h/24h formatsP.6.7.1Choose the correct measuring instrumentP.6.8.1Apply the universal unit conversion algorithmP.6.9.1Estimate physical quantities in real-worldP.6.10.1Solve mixed and integrated measurement problems
Energy and Work
P.6.3.1Understand scientific work and its conditionsP.6.3.2Calculate work done in SI and CGS unitsP.6.3.3Convert work between Joules and ergsP.6.3.4Classify positive, negative, and zero workP.6.3.5Understand energy concept and its unitsP.6.3.6Calculate gravitational and configuration P.E.P.6.3.7Calculate and scale Kinetic EnergyP.6.3.8Solve kinetic energy and momentum problemsP.6.3.9Identify energy conversions in appliancesP.6.3.10Law of conservation and the Sun as source
Light
P.6.4.1Understand light properties, speed, and luminous bodiesP.6.4.2Classify optical media and materialsP.6.4.3Classify light beams and raysP.6.4.4Understand rectilinear propagation of lightP.6.4.5Pinhole camera, image magnification, and factorsP.6.4.6Identify terms related to reflection of lightP.6.4.7Apply the laws of reflection of lightP.6.4.8Calculate the angle of deviation in reflectionP.6.4.9Distinguish real and virtual imagesP.6.4.10Understand shadow parts and eclipses
Electricity
A.1testA.2test-science-no-branchingP.6.5.1Understand electric charge types and unitsP.6.5.2Calculate current, charge, and time relationsP.6.5.3Identify electric cell terminals and functionsP.6.5.4Classify conductors and insulatorsP.6.5.5Closed vs open circuits and switch functionsP.6.5.6Identify electrical circuit symbolsP.6.5.7Calculate cell series and parallel connectionsP.6.5.8Understand bulbs series and parallel behaviorP.6.5.9Identify sources of electrical energyP.6.5.10Understand electrical insulation and safetyP.6.5.11Static Sequential Questions (Demo)P.6.5.12Branching Question Paths (Demo)
Grade 7 (IIT Foundation)
Heat and Temperature
Motion and Time
M.1Mechanics — Kinematics vs. Dynamics ConceptsM.2State of Rest and Motion as Relative ConceptsM.3Translatory Motion: Rectilinear vs. CurvilinearM.4Spins & Paths: Rotational vs. Circular MotionM.5To-and-Fro Motions: Oscillatory vs. VibratoryM.6Intervals & Paths: Periodic vs. Random MotionM.7Simultaneous Motions: Decomposing Multiple MotionM.8Classifying Physics Quantities: Scalars vs. VectorsM.9Graphical Representation and Notation of VectorsM.10Calculating 1D Distance and DisplacementM.11Distance and Displacement on Semicircular & Circular PathsM.12Distance and Displacement on 2D Grid PathsM.13Basic Speed, Distance, and Time CalculationsM.14Speed Unit Conversions (km/h <-> m/s)M.15Odometer Logs and Average Speed AnalysisM.16Interpreting Distance-Time Graphs (Qualitative)M.17Calculating Speed from Graph Slopes (Quantitative)P.7.3Solve Speed, Distance & Time problemsP.7.4Calculate Simple Pendulum Time Period