RAJEEV KUMAR GIRI (11 & 12)

Rajeev Kumar Giri’s Lesson Plan for Class 11 and 12 Applied Mathematics

As an experienced and reputed Mathematics teacher, Rajeev Kumar Giri has been shaping the minds of students since 2014. His innovative and effective teaching methods have earned him recognition and respect in the education community. Teaching on platforms like UrbanPro.com and serving as a Mathematics PGT in a reputed school in Varanasi, Rajeev Kumar Giri’s lesson plans are designed to make complex mathematical concepts accessible and engaging. Here, we present an overview of Rajeev Kumar Giri’s lesson plan for Class 11 and 12 Applied Mathematics, which provides a comprehensive and structured approach to mastering the subject.

Introduction

Applied Mathematics is a crucial subject for students in Class 11 and 12, as it lays the foundation for higher education in various fields like engineering, economics, and computer science. Rajeev Kumar Giri’s lesson plan is tailored to meet the diverse needs of students, ensuring that each topic is thoroughly covered and understood.

Lesson Plan Overview

Understanding the Basics
- Week 1-2: Review of fundamental concepts
  - Real numbers, complex numbers, and polynomials
  - Functions and their graphs
  - Basic trigonometry
Algebra and Functions
- Week 3-4: Advanced algebra
  - Sequences and series
  - Permutations and combinations
  - Binomial theorem
- Week 5-6: Functions and their applications
  - Exponential and logarithmic functions
  - Inverse functions
  - Graphing techniques and transformations
Calculus
- Week 7-8: Introduction to calculus
  - Limits and continuity
  - Differentiation and its applications
  - Integration and its applications
- Week 9-10: Advanced calculus topics
  - Differential equations
  - Application of derivatives and integrals in real-life problems
Statistics and Probability
- Week 11-12: Statistics
  - Measures of central tendency
  - Dispersion and standard deviation
  - Correlation and regression analysis
- Week 13-14: Probability
  - Basic probability theory
  - Random variables and probability distributions
  - Binomial, Poisson, and normal distributions
Applied Mathematics in Real Life
- Week 15-16: Practical applications
  - Mathematical modeling
  - Optimization problems
  - Use of mathematics in economics, engineering, and computer science

Teaching Methodology

Rajeev Kumar Giri believes in a student-centric approach to teaching. His methodology includes:

Interactive Sessions: Encouraging students to participate in discussions and problem-solving activities.
Real-World Examples: Relating mathematical concepts to real-life scenarios to make learning more relevant and interesting.
Regular Assessments: Conducting periodic tests and quizzes to monitor students’ progress and understanding.
Personalized Feedback: Providing individual feedback to help students improve and overcome their weaknesses.

Conclusion

Rajeev Kumar Giri’s lesson plan for Class 11 and 12 Applied Mathematics is designed to build a strong foundation in the subject, equipping students with the knowledge and skills they need to excel in their academic and professional careers. With a focus on understanding, application, and continuous improvement, this lesson plan ensures that students are well-prepared to tackle the challenges of higher education and beyond.

For more insights and resources on mastering Applied Mathematics, visit Rajeev Kumar Giri’s website at mathgiri.com.

CLASS – XII

Applied Mathematics is a fascinating subject that connects theoretical concepts with real-world applications. As a teacher with years of experience, I have seen firsthand how a well-structured lesson plan can significantly enhance student understanding and engagement. In this blog post, I will outline an effective lesson plan for teaching Applied Mathematics, aimed at helping students grasp complex concepts and see their practical relevance.

Summarize the key points covered in the lesson and emphasize the importance of Applied Mathematics in solving real-world problems. Encourage students to explore further and develop a deeper understanding of the subject.

Tips for Teachers

Engage Students: Use real-world examples and interactive sessions to keep students engaged and motivated.
Encourage Collaboration: Group activities promote teamwork and allow students to learn from each other.
Integrate Technology: Utilize available technology to enhance learning and provide practical experience.
Provide Feedback: Give constructive feedback on assignments and projects to help students improve.

By following this lesson plan, teachers can create a dynamic and effective learning environment that not only covers the essential concepts of Applied Mathematics but also inspires students to apply their knowledge in meaningful ways

APPLIED MATHEMATICS (Determinants -12 Applied)

Determinants: – 1. Ex- 4.4 & 4.5
DIFFERENTIATION: 1. Quizizz (Recap) 2. Diff. Rule 3. Ex – 5.1 4. Ex – 5.2 5. Ex -5.3 6. Ex -5.4
Application of Diff.: 1. Ex- 6.1 2. Ex- 6.2 3. Ex – 6.3

CLASS – XII (ANS, Geogebra, MIND MAP, NOTES)

Lab-Manual 1. LAB MANUAL-1
Relations & Functions: 1. Notes & Formulae
Differentiability: 1. Notes & Formulae
Chapter- 2 & 3 CBSE Warm-up!

DIFFERENTIABILITY (NCERT Book, EXEMPLAR, SQP-2023-24, MS)

LP – 1 1. Video YT 2. Geogebra 3. Quizizz Test – Parametric

APPLICATIONS OF DERIVATIVES (NCERT Book, EXEMPLAR)

LP – 1 (Rate of Change Intro): 1. Video YT 2.Pic-1 3. Quizizz Test 4. Worksheet
LP-2 (Questions From NCERT): 1. Ex – 6.1
LP- 3 (Increasing & Decreasing): 1. Image-1, Image-2 2. Geog-1, Geog-2, Geog-3 3. Phet 4. Quiz-1, Quiz-2, Quiz-3,
LP -4 (Increasing & Decreasing): 1. Ex- 6.2, 2. Quizizz (11.07.24)
LP -5 (Questions on Increasing and Decreasing): 1. Quizizz (46 Q) 2. Quizizz (47 Q)
LP- 6 Maxima-Minima 1. Ex- 6.3