Unique Online Classes & Pre-Recorded Courses

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)

Step into the fascinating world of atomic physics with our in-depth exploration of the nuclear model of the atom! In this engaging session, we’ll journey through the historical experiments and scientific breakthroughs that reshaped our understanding of matter. You’ll learn how the groundbreaking work of scientists like Rutherford led to the discovery of the atomic nucleus, replacing earlier models and paving the way for modern nuclear physics.

In this interactive gig, we will:

1) Examine the key experiments (e.g., the gold foil experiment) that challenged the plum pudding model and revealed the nucleus.
2) Break down the structure and forces at play within the atom’s nucleus.
3) Discuss the implications of the nuclear model for both scientific theory and practical applications in fields.

Curriculum Details

Lesson 1:  The atom (Scattering experiments)
Lesson 2:  Rutherford–Bohr model of the atom
Lesson 3:  The nucleus (Protons, neutrons, isotopes and, nuclides)
Lesson 4:  Nuclear energy (Nuclear reactor)
Lesson 5:  Fission & Fusion

Unlock the building blocks of English grammar in a simple, structured, and engaging way! 

This gig offers a complete journey through nouns, pronouns, verbs, and adverbs, with a strong focus on verb structure, including subject-verb agreement, singular and plural verbs, as well as regular and irregular verbs.

Each class is thoughtfully designed with fun activities, grammar games, and interactive worksheets to make learning enjoyable and effective.

By the end of the course, learners will:
• Understand how different parts of speech work together
• Use correct verb forms and tenses in their sentences
• Apply grammar rules confidently in both writing and speaking

Let’s make grammar not just understandable, but fun and unforgettable!

Are integers confusing? You're not alone—and you're in the right place!
This course will help you fully understand integers using real-life examples, simple explanations, and guided practice. Whether you're just starting or need to strengthen your basics, this is your all-in-one learning experience for mastering integers.

Course Structure:

Lesson 1:  Introduction to Integers

• What are integers? Understanding positive & negative numbers, real-life examples
  Activities: Class discussion, number cards game

Lesson 2:  Representing Integers on the Number Line

• Plotting positive/negative integers on a number line, understanding opposites, and zero’s role

Activities: Number line drawing, integer walk

Lesson 3:  Comparing and Ordering Integers

• Using number lines and inequality signs to compare integers

Activities: Integer ranking game, interactive quiz

Lesson 4:  Absolute Value of Integers

• Understanding distance from zero, solving problems with absolute values

Activities: Real-life examples (elevation, temperature), matching pairs

Lesson 5:  Adding Integers

• Rules for addition using number lines and patterns

Activities: Integer chips model, addition drill

Lesson 6:  Subtracting Integers

• Rules for subtraction and relationship to addition

Activities: Integer chips/subtraction walk, mixed drills

Lesson 7: Multiplying Integers

• Signs, rules, why two negatives make a positive, patterns

Activities: Visual patterns, multiplication grid

Lesson 8: Dividing Integers

• Division rules, dividing negative and positive numbers

Activities: Integer division races, error spotting

Lesson 9: Mixed Operations & Word Problems

• Applying all operations to solve multi-step problems

Activities: Real-world applications, practice test

Lesson 10:  Review + Assessment

• Full review of all topics, assessment quiz, and doubt clearing

Activities: Game-based quiz, feedback session, final worksheet

Course Curriculum: 

 1. Haloalkanes: 

• Nomenclature, 
• Nature of C–X bond
• Physical and chemical properties
• Optical rotation mechanism of substitution reactions.

 2. Haloarenes: 

• Nature of C–X bond, 
• Substitution reactions (Directive influence of halogen in monosubstituted compounds only).
• Uses and environmental effects of dichloromethane, trichloromethane, tetrachloromethane, iodoform, freons, and DDT.

3. Alcohols: 

• Nomenclature
• Methods of preparation
• Physical and chemical properties (of primary alcohols only)
• Identification of primary
• Secondary, and tertiary alcohols
• Mechanism of dehydration
• Uses with special reference to methanol and ethanol

4. Phenols: 

• Nomenclature 
• Methods of preparation 
• Physical and chemical properties
• Acidic nature of phenol 
• Electrophilic substitution reactions
• Uses of phenols.

5. Ethers: 

• Nomenclature
• Methods of preparation, 
• Physical and chemical properties
• Uses

6. Aldehydes and Ketones: 

• Nomenclature
• Nature of the carbonyl group
• Methods of preparation
• physical and chemical properties
• Mechanism of nucleophilic addition
• Reactivity of alpha hydrogen in aldehydes
• Uses.

7. Carboxylic Acids: 

• Nomenclature
• Acidic nature
• Methods of preparation
• physical and chemical properties
• Uses

8. Amines: 

• Nomenclature
• Classification
• Structure
• Methods of preparation
• Physical and chemical properties
• Uses
• Identification of primary
• Secondary and tertiary amines

9. Diazonium salts: 

• Preparation
• Chemical reactions 
• Importance in synthetic organic chemistry

Curriculum Details: 

Lesson Name:  Triangle
Lesson's Highlights: 

1. Similarity of Triangles

• AAA (Angle-Angle-Angle)
• SSS (Side-Side-Side)
• SAS (Side-Angle-Side)

2. Properties of Similar Triangles

• Area of Similar Triangles

3. Thales Theorem

Lessons schedule: Monday, Wednesday & Friday

This video offers a comprehensive and visually engaging explanation of the Light Reaction in photosynthesis, covering essential subtopics like Photosystems (PSI & PSII), Electron Transport System (ETS), Electron Carriers, ATP & NADPH₂ Formation, and Cyclic & Non-Cyclic Photophosphorylation. Designed for NEET, AIIMS, JIPMER, and other medical entrance exams, as well as students of botany, biotechnology, and related biological sciences, this video simplifies complex processes with step-by-step explanations and visuals, ensuring effective learning and retention.

Topics to be Covered:

1. Reflection of Light
   🔹Laws of Reflection
   🔹Plane Mirror and its characteristics
   🔹Regular and Diffused Reflection
2. Spherical Mirrors
   🔹Concave and Convex Mirrors
   🔹Image formation by spherical mirrors
   🔹Uses of concave and convex mirrors
   🔹Mirror Formula and Magnification
3. Refraction of Light
   🔹Laws of Refraction
   🔹Refraction through a glass slab
   🔹Refractive Index
4. Lenses
   🔹Convex and Concave Lenses
   🔹Image formation by lenses
   🔹Lens Formula and Magnification
   🔹Power of a Lens

Lessons schedule- Duration of each lesson will be 45- 50 minutes
Time : 7:00 pm-8:00 pm

Curriculum Structure: Magnetic Effects of Electric Current

1. Relationship Between Electricity and Magnetism

🔹Explanation of how electricity and magnetism are related

2. Magnetic Field Produced by Electric Current

🔹Introduction to the concept of a magnetic field

🔹Oersted’s experiment

3. Understanding Magnetic Fields

🔹Magnetic field lines

🔹Right-hand thumb rule

4. Magnetic Field Due to a Current-Carrying Conductor

🔹Magnetic field around a straight wire

🔹Magnetic field in a circular loop

🔹Magnetic field in a solenoid

5. Working of an Electric Motor

🔹Explanation and functioning of an electric motor

6. Electromagnetic Induction

🔹Introduction to electromagnetic induction

🔹Working of an electric generator

7. Types of Current

🔹Difference between AC (Alternating Current) and DC (Direct Current)

🔹Practical uses of AC and DC

Are integers confusing? You're not alone—and you're in the right place!

This course will help you fully understand integers using real-life examples, simple explanations, and guided practice. Whether you're just starting or need to strengthen your basics, this is your all-in-one learning experience for mastering integers.

Course Structure:

Lesson 1: Introduction to Integers

• What are integers? Understanding positive & negative numbers, real-life examples

Lesson 2: Representing Integers on a Number Line

• Plotting positive/negative integers on a number line, understanding opposites, and zero’s role

Lesson 3:  Comparing and Ordering Integers

• Using number lines and inequality signs to compare integers

Lesson 4:  Absolute Value of Integers

• Understanding distance from zero, solving problems with absolute values

Lesson 5: Adding Integers

• Rules for addition using number lines and patterns

Lesson 6: Subtracting Integers

• Rules for subtraction and relationship to addition

Lesson 7: Multiplying Integers

• Signs, rules, why two negatives make a positive, patterns

Lesson 8:  Dividing Integers

• Division rules, dividing negative and positive numbers

Lesson 9: Mixed Operations & Word Problems

• Applying all operations to solve multi-step problems

Lesson 10: Review + Assessment

• Full review of all topics, assessment quiz, doubt clearing 3