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Announcement: Registration for Math Foundation Program 2026 is Started
Unlock the Power of Math this Summer!
Unlock the Power of Math this Summer!
Math Foundation Program for Students
Math Foundation Program for Students
(Grades 4–7 & 8–10)
(Grades 4–7 & 8–10)
One Month Basic Level Math Program:Fees 3000
One Month Basic Level Math Program:Fees 3000
One Month Advance Level Math Program :Fees 3000
One Month Advance Level Math Program :Fees 3000
Duration :1 April to 30 April Or 1 May to 31 May 2026
Contact for Registration: Call on 9730107436
Contact for Registration: Call on 9730107436
or Click at Admission form
or Click at Admission form
Last Date of Registration: 15 Feb, 2026.
Last Date of Registration: 15 Feb, 2026.
Why Foundation Program
Why Foundation Program
Solving numericals is the key to achieving excellence in every subject, whether it is JEE, NEET, BITSAT, VITEEE in Science, NDA, CSEET, CUET, SET, NPAT in Commerce, or AILET, LSAT, CLAT in Law. Numericals form the foundation of all subjects, and they are entirely based on mathematical concepts.
To solve the first numerical, students need to develop shortcuts, but to create these shortcuts, they must first understand the entire concept and learn the basic mathematical fundamentals behind it.
To help students build a mathematical mindset, master numerical shortcuts, and understand all the mathematical concepts required to excel in the exams mentioned above, we have developed a 2-month Complete Mathematics Course.
This course covers everything from fundamentals to advanced-level concepts necessary to fully develop the mathematical skills needed to solve numericals and math problems and to score higher in any exam.
Our 2-month Complete Fundamental Mathematics Summer Camp is designed for students who aim to perform better in subjects like Mathematics, Chemistry, Physics, Commerce, and more.
We welcome all parents to enroll their children in this 2-month comprehensive workshop. In this course, we will:
Cover all important fundamentals and advanced concepts required to solve high-level numericals.
Provide complete theory, formulas, and solutions for their syllabus.
Teach methods to develop tricks and shortcuts to solve advanced-level problems and real-life applications.
Mathematics Foundation Summer Camp
Mathematics Foundation Summer Camp
Duration: One-Months
Duration: One-Months
Syllabus for (Class 4 to 7)
Syllabus for (Class 4 to 7)
Month 1: Building Core Skills
Week 1: Numbers and Operations
Topics:
Place value, addition, subtraction, multiplication, and division
Factors and multiples: LCM, HCF, prime, and composite numbers
Introduction to fractions and decimals
Activities:
Math games: Number bingo and factor-multiple challenges
Group project: Creating number patterns or multiplication grids
Week 2: Geometry Basics
Topics:
Properties of 2D shapes (triangles, quadrilaterals, and circles)
Symmetry and lines of symmetry
Basics of perimeter and area (rectangles, squares)
Angles: Types and measurement using a protractor
Activities:
Hands-on activity: Creating symmetrical designs and identifying shapes in real life
Measuring angles around the classroom
Week 3: Fractions, Decimals, and Percentages
Topics:
Simplification of fractions and conversion between fractions and decimals
Introduction to percentages and their real-life applications
Operations on fractions and decimals (Class 6 and 7: word problems)
Activities:
Group task: Real-world fraction problems (e.g., splitting a pizza)
Percentage games: Finding discounts during a mock shopping activity
Week 4: Data Handling and Logical Thinking
Topics:
Reading and interpreting bar graphs, pictographs, and line graphs
Introduction to mean, median, and mode (Classes 6 and 7)
Solving simple puzzles and logic problems
Activities:
Data collection project: Surveying classmates on a topic and presenting results
Math puzzles and riddles: Fun logic challenges
Month 2: Advanced Concepts and Practical Applications
Week 1: Algebra and Patterns
Topics:
Introduction to patterns and sequences (arithmetic and geometric progressions)
Basics of algebraic expressions (simple equations for Class 6 and 7)
Solving simple real-life algebra problems
Activities:
Group task: Identifying patterns in nature or art
Problem-solving games involving algebraic expressions
Week 2: Measurement and Mensuration
Topics:
Measurement of length, mass, and capacity (conversion of units)
Perimeter and area of basic shapes (advanced shapes for Class 6 and 7)
Surface area and volume (cubes and cuboids for Class 7)
Activities:
Hands-on activity: Measuring objects and calculating areas/perimeters
Real-life task: Estimating the area of the classroom or playground
Week 3: Word Problems and Real-Life Applications
Topics:
Problem-solving using ratios, proportions, and percentages
Speed, time, and distance (Class 6 and 7 focus)
Real-life applications of math: Budgeting and basic financial literacy
Activities:
Group project: Creating a simple budget for an event
Word problem competition: Solving real-life scenarios
Week 4: Revision and Fun Activities
Topics:
Comprehensive revision of all topics covered during the camp
Mock tests to assess progress and reinforce concepts
Activities:
Math games: Treasure hunts, Sudoku, and math board games
Group challenges: Designing a math-based poster or project
Peer teaching: Students explain topics to their classmates
Key Features of the Combined Syllabus
Integrated Topics: Gradually builds complexity across Classes 4 to 7.
Engaging Activities: Games, puzzles, and real-world projects keep students motivated.
Practical Applications: Focuses on using math in daily life.
Differentiated Learning:
Class 4: Foundational skills and introductory concepts.
Class 5: Strengthening understanding with practical applications.
Class 6: Transition to intermediate concepts.
Class 7: Advanced problem-solving and preparation for higher-level math.
Month 1: Building Core Skills
Week 1: Numbers and Operations
Topics:
Place value, addition, subtraction, multiplication, and division
Factors and multiples: LCM, HCF, prime, and composite numbers
Introduction to fractions and decimals
Activities:
Math games: Number bingo and factor-multiple challenges
Group project: Creating number patterns or multiplication grids
Week 2: Geometry Basics
Topics:
Properties of 2D shapes (triangles, quadrilaterals, and circles)
Symmetry and lines of symmetry
Basics of perimeter and area (rectangles, squares)
Angles: Types and measurement using a protractor
Activities:
Hands-on activity: Creating symmetrical designs and identifying shapes in real life
Measuring angles around the classroom
Week 3: Fractions, Decimals, and Percentages
Topics:
Simplification of fractions and conversion between fractions and decimals
Introduction to percentages and their real-life applications
Operations on fractions and decimals (Class 6 and 7: word problems)
Activities:
Group task: Real-world fraction problems (e.g., splitting a pizza)
Percentage games: Finding discounts during a mock shopping activity
Week 4: Data Handling and Logical Thinking
Topics:
Reading and interpreting bar graphs, pictographs, and line graphs
Introduction to mean, median, and mode (Classes 6 and 7)
Solving simple puzzles and logic problems
Activities:
Data collection project: Surveying classmates on a topic and presenting results
Math puzzles and riddles: Fun logic challenges
Month 2: Advanced Concepts and Practical Applications
Week 1: Algebra and Patterns
Topics:
Introduction to patterns and sequences (arithmetic and geometric progressions)
Basics of algebraic expressions (simple equations for Class 6 and 7)
Solving simple real-life algebra problems
Activities:
Group task: Identifying patterns in nature or art
Problem-solving games involving algebraic expressions
Week 2: Measurement and Mensuration
Topics:
Measurement of length, mass, and capacity (conversion of units)
Perimeter and area of basic shapes (advanced shapes for Class 6 and 7)
Surface area and volume (cubes and cuboids for Class 7)
Activities:
Hands-on activity: Measuring objects and calculating areas/perimeters
Real-life task: Estimating the area of the classroom or playground
Week 3: Word Problems and Real-Life Applications
Topics:
Problem-solving using ratios, proportions, and percentages
Speed, time, and distance (Class 6 and 7 focus)
Real-life applications of math: Budgeting and basic financial literacy
Activities:
Group project: Creating a simple budget for an event
Word problem competition: Solving real-life scenarios
Week 4: Revision and Fun Activities
Topics:
Comprehensive revision of all topics covered during the camp
Mock tests to assess progress and reinforce concepts
Activities:
Math games: Treasure hunts, Sudoku, and math board games
Group challenges: Designing a math-based poster or project
Peer teaching: Students explain topics to their classmates
Key Features of the Combined Syllabus
Integrated Topics: Gradually builds complexity across Classes 4 to 7.
Engaging Activities: Games, puzzles, and real-world projects keep students motivated.
Practical Applications: Focuses on using math in daily life.
Differentiated Learning:
Class 4: Foundational skills and introductory concepts.
Class 5: Strengthening understanding with practical applications.
Class 6: Transition to intermediate concepts.
Class 7: Advanced problem-solving and preparation for higher-level math.
Mathematics Foundation Program
Mathematics Foundation Program
Duration: One month Basic Camp and One Month Advance Camp
Duration: One month Basic Camp and One Month Advance Camp
Syllabus for (Class 8 to 10)
Syllabus for (Class 8 to 10)
Note: Basics Course completed student can enroll to advance camp
Mathematics Foundation Foundation Program
Duration: Two-Months ( One Month Basic & One Month Advance)
Syllabus for (Class 8 to 10)
(Shared concepts, Collaborative learning, and Differentiated Challenges.)
Month 1: Strengthening Core Concepts
Week 1: Numbers and Algebra
Topics:
Rational and irrational numbers
Linear equations in one and two variables
Polynomials: Factorization and algebraic identities
Arithmetic progressions (nth term and sum of n terms)
Activities:
Problem-solving competitions: Simplification challenges
Group projects: Real-world applications of arithmetic progressions (e.g., seating arrangements, savings plans)
Week 2: Geometry and Coordinate Geometry
Topics:
Properties of triangles: Congruence, similarity, and Pythagoras theorem
Quadrilaterals: Properties and applications
Coordinate geometry: Distance formula, section formula, and equations of a line
Circles: Tangents, secants, and related theorems
Activities:
Hands-on projects: Creating geometrical patterns and measuring distances using coordinate geometry
Quiz: Rapid-fire questions on geometry concepts
Week 3: Trigonometry
Topics:
Trigonometric ratios and their applications in right-angled triangles
Standard angles and trigonometric identities
Height and distance problems
Advanced trigonometric applications: Real-world problems
Activities:
Application-based learning: Measuring heights of buildings or trees using trigonometry
Collaborative problem-solving: Trigonometric puzzles
Week 4: Statistics and Probability
Topics:
Data representation: Bar graphs, histograms, and pie charts
Measures of central tendency: Mean, median, and mode
Cumulative frequency and its applications
Probability: Experimental and theoretical, real-life applications
Activities:
Data collection project: Analyzing real-world data (e.g., survey results, weather patterns)
Group activity: Probability games (e.g., rolling dice, picking cards)
Month 2: Advanced Topics and Problem Solving
Week 1: Advanced Algebra and Linear Systems
Topics:
Quadratic equations: Roots and applications
Solving systems of linear equations (graphical and algebraic methods)
Word problems involving algebra
Activities:
Real-life problem-solving: Financial math (profit, loss, and simple interest)
Collaborative challenge: Creating and solving custom algebraic problems
Week 2: Mensuration and Geometry
Topics:
Surface area and volume of cubes, cuboids, spheres, cones, and cylinders
Advanced problems involving frustums and composite solids
Constructions: Tangents to a circle, angle bisectors, and triangle properties
Activities:
Hands-on activity: Designing 3D models to calculate surface areas and volumes
Geometry challenge: Solving complex construction problems
Week 3: Real-Life Applications and Advanced Topics
Topics:
Applications of trigonometry in geography and architecture
Statistics in real-world scenarios (e.g., population analysis, market trends)
Optimization problems involving algebra and mensuration
Activities:
Project: Applying math concepts to solve a real-life problem (e.g., designing a bridge or creating a budget)
Group discussions: Exploring the role of math in various careers
Week 4: Revision and Enrichment Activities
Topics:
Comprehensive revision of all topics
Mock tests and quizzes to strengthen problem-solving skills
Activities:
Math games: Treasure hunts and Sudoku challenges
Collaborative projects: Designing a math board game or poster
Peer teaching: Students explain topics to their peers
Key Features of the Combined Syllabus
Integrated Learning: Topics overlap between classes, with differentiated levels of difficulty.
Practical Applications: Real-world problem-solving projects.
Engaging Activities: Math puzzles, games, and group challenges to foster teamwork and critical thinking.
Differentiated Support:
Class 8: Focus on foundational concepts.
Class 9: Application of concepts in real-life contexts.
Class 10: Advanced problems and board exam preparation.
Detailed Day-to-Day Schedule for the Two-Month Mathematics Foundation Summer Camp based on the provided syllabus:
Month 2: Strengthening Core Concepts
Week 1: Numbers and Algebra
Day 1: Introduction to rational and irrational numbers (definition, properties)
Activity: Simplification challenge (team competition)
Day 2: Linear equations in one variable (concepts and solving methods)
Activity: Problem-solving drills
Day 3: Linear equations in two variables (graphical representation)
Activity: Group exercise - plotting equations on graph paper
Day 4: Polynomials: Factorization techniques and algebraic identities
Activity: Factoring competition
Day 5: Arithmetic progressions (nth term formula and sum of n terms)
Activity: Real-world project on savings plans
Day 6: Comprehensive review and quiz on all Week 1 topics
Activity: Group discussion and Q&A
Day 7: Rest Day / Enrichment (Math puzzles and games)
Week 2: Geometry and Coordinate Geometry
Day 1: Properties of triangles (congruence and similarity)
Activity: Hands-on exploration with triangle models
Day 2: Pythagoras theorem and its applications
Activity: Real-life measurements using the theorem
Day 3: Quadrilaterals (properties and problem-solving)
Activity: Create geometric patterns with quadrilaterals
Day 4: Distance formula and section formula in coordinate geometry
Activity: Mapping coordinates on a graph
Day 5: Circles: Tangents, secants, and related theorems
Activity: Quiz on circle concepts
Day 6: Review of Week 2 concepts + collaborative problem-solving
Activity: Geometry rapid-fire quiz
Day 7: Rest Day / Enrichment
Week 3: Trigonometry
Day 1: Trigonometric ratios and their applications
Activity: Measure angles and ratios using protractors
Day 2: Standard angles and trigonometric identities
Activity: Solve identity-based puzzles
Day 3: Height and distance problems
Activity: Outdoor measurement activity (trees/buildings)
Day 4: Advanced applications of trigonometry in real-world problems
Activity: Collaborative trigonometry challenges
Day 5: Comprehensive revision of trigonometry concepts
Activity: Mock test on trigonometric applications
Day 6: Enrichment with puzzles and peer teaching
Day 7: Rest Day
Week 4: Statistics and Probability
Day 1: Data representation: Bar graphs, histograms, and pie charts
Activity: Create and analyze class data representations
Day 2: Measures of central tendency (mean, median, mode)
Activity: Calculate central tendencies of given data sets
Day 3: Cumulative frequency and its applications
Activity: Create a cumulative frequency table
Day 4: Probability: Experimental and theoretical approaches
Activity: Dice and card games to explore probabilities
Day 5: Real-world applications of probability (problem-solving)
Activity: Analyze weather or sports probabilities
Day 6: Comprehensive revision and quiz
Day 7: Rest Day
Month 2: Advanced Topics and Problem Solving
Week 1: Advanced Algebra and Linear Systems
Day 1: Quadratic equations: Roots and their applications
Activity: Solve real-life problems involving quadratics
Day 2: Systems of linear equations (graphical method)
Activity: Graph-based problem-solving
Day 3: Systems of linear equations (algebraic methods)
Activity: Speed-solving competition
Day 4: Word problems involving algebra
Activity: Create and solve custom algebraic word problems
Day 5: Financial math: Profit, loss, and simple interest
Activity: Real-life application projects
Day 6: Comprehensive quiz and mock test
Day 7: Rest Day
Week 2: Mensuration and Geometry
Day 1: Surface area and volume of cubes and cuboids
Activity: 3D model-building workshop
Day 2: Surface area and volume of spheres, cones, and cylinders
Activity: Solve mensuration-based puzzles
Day 3: Advanced problems involving frustums and composite solids
Activity: Hands-on calculations with complex shapes
Day 4: Constructions: Tangents, angle bisectors, triangle properties
Activity: Geometry construction challenge
Day 5: Comprehensive review and mock test on mensuration and geometry
Day 6: Quiz and enrichment
Day 7: Rest Day
Week 3: Real-Life Applications and Advanced Topics
Day 1: Applications of trigonometry in geography and architecture
Activity: Create a scaled model of a structure
Day 2: Statistics in real-world scenarios (population, market trends)
Activity: Data collection and analysis project
Day 3: Optimization problems (algebra and mensuration)
Activity: Solve real-world optimization challenges
Day 4: Comprehensive project: Solve a real-life problem
Activity: Group presentations
Day 5: Revision and peer teaching
Activity: Students teach topics to their peers
Day 6: Mock test on advanced topics
Day 7: Rest Day
Week 4: Revision and Enrichment Activities
Day 1: Revision of all topics (concept-based)
Day 2: Mock test 1 (problem-solving focus)
Day 3: Revision of problem-solving strategies
Day 4: Mock test 2 (time-based)
Day 5: Collaborative projects (math board game or poster creation)
Day 6: Enrichment day (treasure hunts, Sudoku challenges)
Day 7: Final Day: Presentation of projects and closing ceremony
Key Notes:
Differentiation: Classes 8, 9, and 10 will have separate sessions tailored to their difficulty levels.
Activity-based Learning: Hands-on activities and games to ensure engagement.
Peer Learning: Opportunities for students to teach and collaborate.
Assessment: Weekly quizzes, mock tests, and group projects for evaluation.
Let me know if you’d like adjustments or further details!
Mathematics Mastery for Students of Class 4 to Class 10!
Are you looking to boost your child’s performance in Mathematics, Science, and other subjects? The key to excelling in exams is solving numericals. And guess what? Every subject has numericals, and they’re based entirely on mathematical concepts.
For students in Class 4 to Class 7 and Class 8 to Class 10, mastering numericals early helps in building the necessary skills to solve more complex problems in the future. Whether it's for their school exams or preparing for competitive exams in the future, a strong mathematical foundation will help them excel.
🧑🏫 Why Our Course?
We’ve designed a 2-month Complete Mathematics Course to help students:
✅ Develop a mathematical mindset from a young age.
✅ Master numerical shortcuts and improve problem-solving speed.
✅ Build confidence in solving numericals in Math, Science, and even Commerce subjects later on.
📚 What’s Included?
Complete theory and formulas for key topics.
Techniques to solve high-level numericals confidently.
Methods to develop tricks and shortcuts for solving problems faster.
Support with homework and daily class syllabus numericals.
📅 Course Details:
🗓️ Batch 1: March 1 – April 30
🗓️ Batch 2: April 1 – May 30
📍 Available Online and Offline
Our 2-month summer camp is ideal for students who want to enhance their skills and score higher in Mathematics, Science, and other subjects.
🚨 Limited Seats Available – Enroll Now!
Parents, this is a great opportunity to give your child the mathematical edge they need! Don’t miss out.
📅 Batch 1: March 1 – April 30
📅 Batch 2: April 1 – May 30
📍 Mode: Online and Offline
Don’t miss this opportunity! Seats are limited, so hurry up and enroll now to give your child the head start they need to succeed in their academic journey.
For more details, contact us today!
·
Cover All Important Fundamentals And Advanced Concepts Required to Solve High-Level Numericals.
Provide Complete Theory, Formulas, And Solutions for Specific Syllabus.
Teach Methods to Develop Tricks And Shortcuts to Solve Advanced-Level Problems and Real-Life Applications.
Mathematics Foundation Program
Mathematics Foundation Program
Duration: Two-Months
Duration: Two-Months
Syllabus for (Class 8 to 10)
Syllabus for (Class 8 to 10)
Shared concepts, Collaborative learning, and Differentiated Challenges.
Shared concepts, Collaborative learning, and Differentiated Challenges.
Month 1: Strengthening Core Concepts
Week 1: Numbers and Algebra
Topics:
Rational and irrational numbers
Linear equations in one and two variables
Polynomials: Factorization and algebraic identities
Arithmetic progressions (nth term and sum of n terms)
Activities:
Problem-solving competitions: Simplification challenges
Group projects: Real-world applications of arithmetic progressions (e.g., seating arrangements, savings plans)
Week 2: Geometry and Coordinate Geometry
Topics:
Properties of triangles: Congruence, similarity, and Pythagoras theorem
Quadrilaterals: Properties and applications
Coordinate geometry: Distance formula, section formula, and equations of a line
Circles: Tangents, secants, and related theorems
Activities:
Hands-on projects: Creating geometrical patterns and measuring distances using coordinate geometry
Quiz: Rapid-fire questions on geometry concepts
Week 3: Trigonometry
Topics:
Trigonometric ratios and their applications in right-angled triangles
Standard angles and trigonometric identities
Height and distance problems
Advanced trigonometric applications: Real-world problems
Activities:
Application-based learning: Measuring heights of buildings or trees using trigonometry
Collaborative problem-solving: Trigonometric puzzles
Week 4: Statistics and Probability
Topics:
Data representation: Bar graphs, histograms, and pie charts
Measures of central tendency: Mean, median, and mode
Cumulative frequency and its applications
Probability: Experimental and theoretical, real-life applications
Activities:
Data collection project: Analyzing real-world data (e.g., survey results, weather patterns)
Group activity: Probability games (e.g., rolling dice, picking cards)
Month 2: Advanced Topics and Problem Solving
Week 1: Advanced Algebra and Linear Systems
Topics:
Quadratic equations: Roots and applications
Solving systems of linear equations (graphical and algebraic methods)
Word problems involving algebra
Activities:
Real-life problem-solving: Financial math (profit, loss, and simple interest)
Collaborative challenge: Creating and solving custom algebraic problems
Week 2: Mensuration and Geometry
Topics:
Surface area and volume of cubes, cuboids, spheres, cones, and cylinders
Advanced problems involving frustums and composite solids
Constructions: Tangents to a circle, angle bisectors, and triangle properties
Activities:
Hands-on activity: Designing 3D models to calculate surface areas and volumes
Geometry challenge: Solving complex construction problems
Week 3: Real-Life Applications and Advanced Topics
Topics:
Applications of trigonometry in geography and architecture
Statistics in real-world scenarios (e.g., population analysis, market trends)
Optimization problems involving algebra and mensuration
Activities:
Project: Applying math concepts to solve a real-life problem (e.g., designing a bridge or creating a budget)
Group discussions: Exploring the role of math in various careers
Week 4: Revision and Enrichment Activities
Topics:
Comprehensive revision of all topics
Mock tests and quizzes to strengthen problem-solving skills
Activities:
Math games: Treasure hunts and Sudoku challenges
Collaborative projects: Designing a math board game or poster
Peer teaching: Students explain topics to their peers
Key Features of the Combined Syllabus
Integrated Learning: Topics overlap between classes, with differentiated levels of difficulty.
Practical Applications: Real-world problem-solving projects.
Engaging Activities: Math puzzles, games, and group challenges to foster teamwork and critical thinking.
Differentiated Support:
Class 8: Focus on foundational concepts.
Class 9: Application of concepts in real-life contexts.
Class 10: Advanced problems and board exam preparation.
Detailed Day-to-Day Schedule for the Two-Month Mathematics Foundation Summer Camp based on the provided syllabus:
Month 2: Strengthening Core Concepts
Week 1: Numbers and Algebra
Day 1: Introduction to rational and irrational numbers (definition, properties)
Activity: Simplification challenge (team competition)
Day 2: Linear equations in one variable (concepts and solving methods)
Activity: Problem-solving drills
Day 3: Linear equations in two variables (graphical representation)
Activity: Group exercise - plotting equations on graph paper
Day 4: Polynomials: Factorization techniques and algebraic identities
Activity: Factoring competition
Day 5: Arithmetic progressions (nth term formula and sum of n terms)
Activity: Real-world project on savings plans
Day 6: Comprehensive review and quiz on all Week 1 topics
Activity: Group discussion and Q&A
Day 7: Rest Day / Enrichment (Math puzzles and games)
Week 2: Geometry and Coordinate Geometry
Day 1: Properties of triangles (congruence and similarity)
Activity: Hands-on exploration with triangle models
Day 2: Pythagoras theorem and its applications
Activity: Real-life measurements using the theorem
Day 3: Quadrilaterals (properties and problem-solving)
Activity: Create geometric patterns with quadrilaterals
Day 4: Distance formula and section formula in coordinate geometry
Activity: Mapping coordinates on a graph
Day 5: Circles: Tangents, secants, and related theorems
Activity: Quiz on circle concepts
Day 6: Review of Week 2 concepts + collaborative problem-solving
Activity: Geometry rapid-fire quiz
Day 7: Rest Day / Enrichment
Week 3: Trigonometry
Day 1: Trigonometric ratios and their applications
Activity: Measure angles and ratios using protractors
Day 2: Standard angles and trigonometric identities
Activity: Solve identity-based puzzles
Day 3: Height and distance problems
Activity: Outdoor measurement activity (trees/buildings)
Day 4: Advanced applications of trigonometry in real-world problems
Activity: Collaborative trigonometry challenges
Day 5: Comprehensive revision of trigonometry concepts
Activity: Mock test on trigonometric applications
Day 6: Enrichment with puzzles and peer teaching
Day 7: Rest Day
Week 4: Statistics and Probability
Day 1: Data representation: Bar graphs, histograms, and pie charts
Activity: Create and analyze class data representations
Day 2: Measures of central tendency (mean, median, mode)
Activity: Calculate central tendencies of given data sets
Day 3: Cumulative frequency and its applications
Activity: Create a cumulative frequency table
Day 4: Probability: Experimental and theoretical approaches
Activity: Dice and card games to explore probabilities
Day 5: Real-world applications of probability (problem-solving)
Activity: Analyze weather or sports probabilities
Day 6: Comprehensive revision and quiz
Day 7: Rest Day
Month 2: Advanced Topics and Problem Solving
Week 1: Advanced Algebra and Linear Systems
Day 1: Quadratic equations: Roots and their applications
Activity: Solve real-life problems involving quadratics
Day 2: Systems of linear equations (graphical method)
Activity: Graph-based problem-solving
Day 3: Systems of linear equations (algebraic methods)
Activity: Speed-solving competition
Day 4: Word problems involving algebra
Activity: Create and solve custom algebraic word problems
Day 5: Financial math: Profit, loss, and simple interest
Activity: Real-life application projects
Day 6: Comprehensive quiz and mock test
Day 7: Rest Day
Week 2: Mensuration and Geometry
Day 1: Surface area and volume of cubes and cuboids
Activity: 3D model-building workshop
Day 2: Surface area and volume of spheres, cones, and cylinders
Activity: Solve mensuration-based puzzles
Day 3: Advanced problems involving frustums and composite solids
Activity: Hands-on calculations with complex shapes
Day 4: Constructions: Tangents, angle bisectors, triangle properties
Activity: Geometry construction challenge
Day 5: Comprehensive review and mock test on mensuration and geometry
Day 6: Quiz and enrichment
Day 7: Rest Day
Week 3: Real-Life Applications and Advanced Topics
Day 1: Applications of trigonometry in geography and architecture
Activity: Create a scaled model of a structure
Day 2: Statistics in real-world scenarios (population, market trends)
Activity: Data collection and analysis project
Day 3: Optimization problems (algebra and mensuration)
Activity: Solve real-world optimization challenges
Day 4: Comprehensive project: Solve a real-life problem
Activity: Group presentations
Day 5: Revision and peer teaching
Activity: Students teach topics to their peers
Day 6: Mock test on advanced topics
Day 7: Rest Day
Week 4: Revision and Enrichment Activities
Day 1: Revision of all topics (concept-based)
Day 2: Mock test 1 (problem-solving focus)
Day 3: Revision of problem-solving strategies
Day 4: Mock test 2 (time-based)
Day 5: Collaborative projects (math board game or poster creation)
Day 6: Enrichment day (treasure hunts, Sudoku challenges)
Day 7: Final Day: Presentation of projects and closing ceremony
Key Notes:
Differentiation: Classes 8, 9, and 10 will have separate sessions tailored to their difficulty levels.
Activity-based Learning: Hands-on activities and games to ensure engagement.
Peer Learning: Opportunities for students to teach and collaborate.
Assessment: Weekly quizzes, mock tests, and group projects for evaluation.
Let me know if you’d like adjustments or further details!
Contact For Admission: Call us on 9730107436
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