Vidyarthi Vigyan Manthan (VVM) :
Class VI Detailed Syllabus
1. Physics
Motion: Measurement of length
Change in position with time
Observation and identification of different types of moving objects (land, air, water, space)
Demonstrating objects with multiple movements (screw motion, bicycle wheel, fan, top)
Observing periodic motion (hands of a clock/watch, Sun, Moon, Earth)
Light
Classification of materials (transparent, translucent, opaque)
Shadow formation (requires a light source and an opaque obstruction; shadows are always black)
Reflecting surfaces and how images differ from shadows
Electricity and Electric Current
Electric circuits (current flow in an unbroken loop with a cell and components)
Conductors and insulators
Activities using bulbs, cells, keys, and wires; building a switch and open/closed circuits
Opening a dry cell and experimenting with material conductivity
Fun with Magnets
Magnets, poles, and freely suspended magnets aligning in fixed directions (North and South)
Magnetic attraction and repulsion (like poles repel, unlike poles attract)
Classification of magnetic and non-magnetic objects
Activities involving iron filings, paper, suspended bar magnets, and compass needles
Rain, Thunder and Lightning
Evaporation, condensation, and states of water
Water cycle and simple models
Condensation experiments (outer surface of cold water glass, boiling water steam on a spoon)
2. Chemistry
Materials around us
Temperature and its measurement
A journey through States of water
Methods of separation in Everyday life
3. Biology
Observation as a scientific method to see living organisms
Living versus non-living: Characteristics of living creatures
Diversity in the living world
Comparison of food and mindful eating
4. Mathematics
Number System: Different types of numbers, Kaprekar number, Kaprekar constant, Self-Number, Triangular to Hexagonal numbers, Virhanka Number, whole numbers, integers, properties (closure, identity, commutative, associative, distributive), estimation, rounding off, use of brackets, and order of operations
Factors and Multiples: Prime and composite numbers, even and odd numbers, divisibility rules (including 7, 11, and 13), LCM, HCF, and prime factorisation
Fractions and Decimals: Types of fractions and numerical operations
Ratio and Proportion: Ratios, proportions, unitary method, finding third and fourth proportions, and rule of three
Geometry: Basic geometrical concepts, angles and their types, types of triangles, circles and components, with numerical questions
Mensuration: Perimeter and area of 2D figures (triangle, square, circle, rectangle), and area of irregular figures using Pick's theorem
Algebra: Algebraic expressions, addition, subtraction, and solving equations
Symmetry and Patterns: Rotational, line, and reflective symmetry, tessellations, and magic squares
5. Logic and Reasoning
Cryptarithmetic / Alphametics (Addition & subtraction up to 4 digits)
Logical sequence series (number, alphabet, image, etc.)
Odd one out, Coding-decoding, and Blood relations
Binary logic, Mathematical operations, and Standard logical reasoning sets
Visual puzzles, Word problems, IQ puzzles, and Sequencing
Grid puzzles, Cubes and dice, and Logical Venn diagrams
Math-based reasoning, Direction, Order and ranking
Clocks & Calendar, Analogy, and Analytical puzzles
Logical inequalities, Image-based puzzles (mirror/water images, rotation, best fit)
Logical sequence of words, Shape constructions, and Symmetry
Number puzzles, Pattern-based puzzles, Sudoku ($4 \times 4$ and $5 \times 5$), and Geometrical figure problems
6. Life Story of Indian Scientist(s)
Satyendra Nath Bose: Father of Bosons (All Chapters)
7. Indian Contributions to Science
Indian Contributions to Science: Chapters 1–7 & 9–12
8. IKS-ICS Supplementary Reading (Indian Knowledge System) — Level-II Units
IKS and overview of the ICS: Knowledge production and propagation in India through the ages, Chaturdasa Vidyas and Kalās, pre-independence contributions to water management, ship building, and navigation
. Astronomy: Calendar sticks (Andaman), rings from Mohenjo-Daro, concept of five-year Yuga, calendar systems in Rigveda, Yajurveda, Vedanga Jyotisha, Siddhanta, Jain literature, and Aryabhatta's contributions
. Mathematics: Mathematical principles in Mohenjo-Daro and Harappa town planning, Sulabhasutras, and Pingala's Chandrasutras
. Chemistry: Anu and parmanu (atomism), Rishi Kanada, Rasaśāstra, Rasavidyā/Dhātuvāda, metal extraction, alloy preparation, pigments, Kautilya's Arthashastra, and Varahmihir's Brihat Samhita
. Agriculture: Indigenous varieties of rice and millets, global importance of spices and aromatic plants
. Ayurveda and Medical Science: Saptadhatus, tridosha, panchakarma, key plants (Guggula, Amla, Ashwagandha, Neem, Tulsi, Aloe vera, Arjuna, Brahmi), Charak Samhita, Bhavaprakasha Nighantu, and Sushruta's contributions to surgery
. Environmental Conservation: Protection of nature in religious texts/hymns, worshiped flora/fauna/rivers/mountains, and contributions of Atharva Veda, Brahma Purana, Manusmriti, and Thiruvalluvar's Kural
. Modern Sciences: Green revolution and White revolution in India
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