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Class 6 CBSE Social Science: Explore history, geography, and civics with engaging lessons, real-life connections, and interactive activities designed to build strong foundations, critical thinking, and academic success.
 

Full Social Science Curriculum Structure

History – Explore the Past

• What, Where, How, and When – Discover how history is studied
• From the Beginning of Time – Travel back to early humans and their lifestyle
• The First Cities – Learn about Harappan civilization and city life
• Kingdoms, Kings, and Early Republic – Explore early kingdoms and republics
• New Empires and Kingdoms – Dive into the Gupta Empire and cultural growth
• Changing Traditions – Understand society and culture in early medieval India

Geography – Discover Our World

• The Earth and the Solar System – Explore planets and our universe
• Globe: Latitudes and Longitudes – Learn how to read maps like a pro
• Motions of the Earth – Understand day, night, and seasons
• Maps – Identify landforms and important places
• Major Landforms of the Earth – Mountains, rivers, plains, and more
• Our Country – India – States, capitals, and natural resources

Civics – Be an Active Citizen

• Understanding Diversity – Celebrate India’s culture, language, and religion
• Diversity and Discrimination – Learn about equality and respect
• What is Government? – Explore local, state, and central government
• Panchayati Raj – Understand village administration
• Rural and Urban Administration – Discover how towns and cities are run
• Laws and Social Justice – Learn rights, duties, and the importance of laws

This Class XII CBSE Physics course offers a comprehensive understanding of all key concepts, integrating theory with practical applications. It prepares students for board exams and competitive exams like JEE, enhancing problem-solving skills and conceptual clarity.

Curriculum Structure

Unit I: Electrostatics

• Electric charges and fields – Electric charges, conservation, Coulomb’s law, force between charges, superposition principle, electric field, field lines, dipole, torque, flux, Gauss’s theorem and its applications.
• Electrostatic potential and capacitance – Potential, equipotential surfaces, potential due to point charge/dipole/system, potential energy, conductors, dielectrics, capacitors, series/parallel combinations, energy in capacitor.

Unit II: Current Electricity

• Electric current, drift velocity, mobility, Ohm’s law, resistivity, conductivity, temperature dependence, internal resistance, emf, combination of cells, Kirchhoff’s laws, Wheatstone bridge, metre bridge, potentiometer.

Unit III: Magnetic Effects of Current and Magnetism

• Moving charges and magnetism – Biot-Savart law, Ampere’s law, force on current-carrying conductor, torque on coil, galvanometer, conversion to voltmeter/ammeter.
• Magnetism and matter – Bar magnet, earth’s magnetism, magnetic elements, dia-, para-, and ferromagnetic substances, hysteresis.

Unit IV: Electromagnetic Induction and Alternating Currents

• Faraday’s law, induced emf, Lenz’s law, eddy currents, self and mutual induction, AC circuits (resistor, inductor, capacitor), reactance, impedance, LC oscillations, resonance, transformer.

Unit V: Electromagnetic Waves

• Need of displacement current, electromagnetic waves and their characteristics, transverse nature, spectrum (radio to gamma rays).

Unit VI: Optics

• Ray optics and optical instruments – Reflection, refraction, total internal reflection, lens formula, magnification, power, microscopes, telescopes.
   
• Wave optics – Huygens’ principle, interference, Young’s double slit, diffraction (single slit), resolving power, polarization, Brewster’s law.

Unit VII: Dual Nature of Radiation and Matter

• Photoelectric effect, experimental study, Einstein’s equation, matter waves, de Broglie relation, Davisson-Germer experiment.

Unit VIII: Atoms and Nuclei

• Atoms – Rutherford, Bohr model, energy levels, hydrogen spectrum.
   
• Nuclei – Composition, size, mass-energy relation, binding energy, radioactivity (α, β, γ decay), nuclear fission and fusion.

Unit IX: Electronic Devices

• Semiconductors (intrinsic, extrinsic), p–n junction diode, I–V characteristics, junction diode as rectifier, LED, photodiode, solar cell, Zener diode, transistor characteristics, transistor as amplifier/switch.

Welcome to ICSE Class 6 Physics, where science becomes a journey of curiosity and discovery!

This course is designed to introduce young learners to the fascinating world of physical science. From understanding how objects move and interact, to exploring light, electricity, and simple machines, each topic is taught using easy language, visual examples, and fun activities. Whether you're learning at home or in the classroom, this course lays a strong foundation for future science learning and builds critical thinking skills from the ground up.

Course Structure

1. Introduction to Physics

• Definition of Physics
• Importance in daily life
• SI units and measurement tools

2. Physical Quantities and Measurements

• Measurement of length, mass, time, temperature
• Units and instruments

3. Motion and Types of Motion

• Rest and motion
• Types: linear, circular, periodic, rotational
• Distance and displacement
• Speed (concept only)

4. Force

• Definition and effects
• Types: contact, non-contact
• Friction: advantages, disadvantages, control

5. Simple Machines

• Definition and need
• Types: lever, pulley, inclined plane, wheel & axle, wedge, screw

6. Light

• Sources and properties
• Reflection and shadows
• Transparent, translucent, opaque objects
• Pinhole camera

7. Magnetism

• Types and properties of magnets
• Magnetic vs non-magnetic materials
• Magnetic poles and compass
• Uses of magnets

8. Electricity

• Electric cell and circuit
• Conductors and insulators
• Safe use of electricity
• Simple electric activities

Let’s make physics your favorite subject—one concept at a time!

Topics

1.) Sentence Basics & Parts of Speech (Revision)

• Types of sentences, subject-predicate, nouns, pronouns, verbs, adjectives, adverbs, prepositions, conjunctions, interjections (I plan to start light start — revise Class 4 concepts, identify weak areas)

2.) Nouns & Pronouns in Detail

•  Types of nouns (common, proper, abstract, collective, material, countable/uncountable), number, gender, possessives; Pronoun types and agreement.

3.) Verbs—Forms & Tenses

• Main/auxiliary verbs, transitive/intransitive, regular/irregular verbs; Simple present, past, future; continuous and perfect aspects

4.) Tenses Continued & Modals

• Perfect continuous tenses, sequence of tenses, modal verbs (can, could, may, might, must, shall, should, will, would, ought to, need, dare) (I aim to teach how to link with spoken English corrections.)

5.) Adjectives & Adverbs

• Degrees of comparison, position of adjectives, types of adverbs, comparative forms, and common mistakes

6.) Prepositions & Conjunctions

• Preposition types (place, time, cause, means, accompaniment); Coordinating, subordinating, correlative conjunctions. Focus on usage in sentences

7.) Articles, Determiners & Quantifiers

• Definite, indefinite, zero article; each, every, some, any, few, little, much, many, all, most

8.) Active & Passive Voice

• Rules for all tenses, changing direct to indirect instructions, and avoiding awkward passives

9.) Direct & Indirect Speech

• Statements, questions, commands, exclamations.

10.) Transformation of Sentences

• Affirmative/negative, degree of comparison, combining sentences, question tags, simple/compound/complex

11.) Punctuation & Capitalisation

• Full stop, comma, semicolon, colon, apostrophe, quotation marks, dash, brackets

12.) Error Correction & Editing

• Subject-verb agreement, misplaced modifiers, tense shifts, pronoun errors, and preposition errors

13.) Exam Writing Integration

• Apply grammar to composition, notice writing, email, and comprehension answers.

The preparation also consists of

• Reviewing common errors and conducting periodic revision tests.
• Mock grammar paper and past paper practice.

Topics

1.) Sentence Structure & Parts of Speech

• Clause types, phrase types, subject-verb agreement, and common ICSE pitfalls

2.) Tenses & Sequence of Tenses

• All 12 tenses; perfect and perfect continuous aspects; tense shifts; sequence in reported speech

3.) Modals & Conditionals

• Modal verbs (can, could, shall, should, etc.); zero, first, second, third conditionals; mixed conditionals

4.) Active–Passive Voice

• Voice changes for all tenses, imperatives, modals; avoiding awkward passives

5.) Direct–Indirect Speech

• Statements, questions, commands, exclamations; advanced tense & pronoun changes

6.) Transformation of Sentences – Part 1

• Affirmative/negative, question tags, removing “too…to” and “so…that” conversions

7.) Transformation of Sentences – Part 2

• Degrees of comparison, simple/compound/complex, joining & splitting sentences

8.) Prepositions & Conjunctions

• Preposition usage in idioms & fixed expressions; subordinating vs coordinating conjunctions

9.) Punctuation & Capitalisation

• ICSE punctuation rules: comma, semicolon, colon, apostrophe, dash, quotation marks

10.) Error Correction & Editing

• Common ICSE grammar errors: tense, preposition, pronoun, articles, and parallelism

11.) Applied Grammar in Writing

• Using grammar for essays, letters, notices, emails, and comprehension answers

12.) Past Paper Practice & Mock Tests

• Timed grammar section practice; feedback on mistakes

The preparation also consists of

• Reviewing common errors and conducting periodic revision tests.
• Mock grammar paper and past paper practice.

I offer engaging and curriculum-aligned Grade 8 Math lessons, worksheets, and assessments tailored to the IGCSE standard. Topics include algebra, geometry, linear equations, mensuration, statistics, and more.

Whether you’re looking for personalised tutoring or high-quality content creation, I’ll help simplify concepts and boost learner confidence for success in IGCSE Mathematics.

Curriculum Details: 

Lesson 1: Number Systems

• Rational and irrational numbers
• Real number properties (commutative, associative, distributive)
• Operations with integers, fractions, decimals
• Exponents and powers
• Square roots and cube roots
• Scientific notation

Lesson 2: Algebra

• Algebraic expressions (like terms, expansion)
• Linear equations in one variable
• Factorization (common factors, identities)
• Introduction to linear equations in two variables
• Simple word problems
• Laws of exponents

Lesson 3: Geometry

• Basics of angles (complementary, supplementary, vertically opposite)
• Triangles and types
• Angle sum property
• Congruence of triangles
• Construction of triangles
• Polygons and quadrilaterals
• Properties of parallelogram, rhombus, square, rectangle

Lesson 4: Mensuration

• Area and perimeter (square, rectangle, triangle)
• Surface area and volume (cube, cuboid, cylinder)
• Conversion of units (cm³ to m³, etc.)

Lesson 5: Coordinate Geometry

• Cartesian plane and plotting points
• Distance between points on a grid
• Area of shapes using coordinates

Lesson 6: Data Handling & Statistics

• Bar graphs, pie charts
• Frequency tables
• Mean, median, mode
• Probability basics (likelihood, simple experiments)

I offer engaging and curriculum-aligned Grade 8 Math lessons, worksheets, and assessments tailored to the IGCSE standard. Topics include algebra, geometry, linear equations, mensuration, statistics, and more.

Whether you’re looking for personalised tutoring or high-quality content creation, I’ll help simplify concepts and boost learner confidence for success in IGCSE Mathematics.

Curriculum Details: 

Lesson 1: Number Systems

• Rational and irrational numbers
• Real number properties (commutative, associative, distributive)
• Operations with integers, fractions, decimals
• Exponents and powers
• Square roots and cube roots
• Scientific notation

Lesson 2: Algebra

• Algebraic expressions (like terms, expansion)
• Linear equations in one variable
• Factorization (common factors, identities)
• Introduction to linear equations in two variables
• Simple word problems
• Laws of exponents

Lesson 3: Geometry

• Basics of angles (complementary, supplementary, vertically opposite)
• Triangles and types
• Angle sum property
• Congruence of triangles
• Construction of triangles
• Polygons and quadrilaterals
• Properties of parallelogram, rhombus, square, rectangle

Lesson 4: Mensuration

• Area and perimeter (square, rectangle, triangle)
• Surface area and volume (cube, cuboid, cylinder)
• Conversion of units (cm³ to m³, etc.)

Lesson 5: Coordinate Geometry

• Cartesian plane and plotting points
• Distance between points on a grid
• Area of shapes using coordinates

Lesson 6: Data Handling & Statistics

• Bar graphs, pie charts
• Frequency tables
• Mean, median, mode
• Probability basics (likelihood, simple experiments)

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Curriculum Structure

Lesson 1: Number System & Number Sense

• Understand different number types such as natural, whole, and integers. Explore the Indian and International numeral systems. Introduction to the concept of sets and their representations.

Lesson 2: Fractions & Decimals

• Identify and compare fractions. Convert between fractions and decimals. Perform operations on decimals. Learn factors, multiples, HCF, and LCM through “Playing with Numbers.”

Lesson 3: Ratio, Proportion & Percent

• Understand and apply the concepts of ratio and proportion. Solve real-life problems using percentages. Learn the relationship between speed, time, and distance.

Lesson 4: Algebra

• Understand variables, constants, and algebraic terms. Frame and simplify basic algebraic expressions.

Lesson 5: Geometry

• Learn different types of angles and their properties. Study triangles and quadrilaterals. Explore circles and lines of symmetry. Practice constructions using a ruler and protractor. Identify and name 3D solid shapes.

Lesson 6: Mensuration

• Measure and calculate the perimeter and area of basic plane figures. Apply formulas to solve real-world problems.

Lesson 7: Data Handling

• Collect and organize data. Interpret pictographs and bar graphs. Understand and calculate mean and median.

• Rational Numbers: Properties of rational numbers (closure, commutativity, associativity, distributive property), representation on the number line, and rational numbers between two rational numbers. 
• Linear Equations in One Variable: Solving equations with linear expressions on one side and numbers on the other, solving equations with variables on both sides, applications of linear equations, and reducing equations to simpler forms. 
• Understanding Quadrilaterals: Polygons, sum of measures of exterior angles of a polygon, different kinds of quadrilaterals (parallelogram, rhombus, rectangle, square, kite, trapezium), and their properties. 
• Data Handling: Looking for information, organizing data, grouping data, circle graphs (pie charts), and chance and probability. 
• Squares and Square Roots: Properties of square numbers, finding the square of a number, Pythagorean triplets, finding square roots through prime factorization and the division method, and square roots of decimals. 
• Cubes and Cube Roots: Cubes and cube roots of a number, finding cube roots through prime factorization. 
• Cubes and Cube Roots: Cubes and cube roots of a number, finding cube roots through prime factorization. 
• Comparing Quantities: Ratios and percentages, finding increase or decrease percent, discounts, prices related to buying and selling (profit and loss), sales tax/VAT/GST, compound interest, and applications of compound interest formula. 
• Algebraic Expressions and Identities: Terms, factors, and coefficients, monomials, binomials, and polynomials, like and unlike terms, addition and subtraction of algebraic expressions, multiplication of algebraic expressions, standard identities, and applying identities. 
• Mensuration: Area of trapezium, area of general quadrilateral, area of polygons, surface area of cube, cuboid, and cylinder, and volume of cube, cuboid, and cylinder. 
• Exponents and Powers: Powers with negative exponents, laws of exponents, and use of exponents to express small numbers in standard form. 
• Direct and Inverse Proportions: Understanding direct and inverse proportions and solving related problems. 
• Factorisation: What is factorization, division of algebraic expressions, and factorization using algebraic identities. 
• Introduction to Graphs: Bar graphs, pie graphs, histograms, line graphs, linear graphs, and their applications.

Full Course Curriculum  of Class 6 Science Biology

Courses Structure

1. The Leaf

• Structure of a leaf
• Types of leaves
• Functions of a leaf (photosynthesis, transpiration, respiration)
• Simple experiments (e.g., to show the presence of starch)

2. The Flower

• Parts of a flower
• Functions of different parts
• Pollination (types and agents)
• Fertilization – basic idea

3. The Cell

• Introduction to cells
• Cell as the basic unit of life
• Parts of a cell (nucleus, cytoplasm, cell membrane)
• Differences between plant and animal cells (basic level)

4. The Human Body – The Digestive System

• Organs of the digestive system
• Functions of each organ
• Digestion process (mouth to intestine)
• Importance of digestion and a balanced diet

5. The Human Body – The Respiratory System

• Organs of the respiratory system
• Breathing process
• Role of lungs and diaphragm
• Differences between breathing and respiration

6. Adaptations in Plants

• Terrestrial plants (types and adaptations)
• Aquatic plants (floating, submerged, and fixed plants)
• How plants adapt to their environment

7. Adaptations in Animals
Animals in different habitats: desert, polar, aquatic, etc.

Adaptive features (camouflage, body covering, hibernation)