NEET Physics Class 11 (Hinglish)

Categories: NEET Physics
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About Course

Comprehensive Physics Course for NEET

This course is designed to help students master all the essential topics required for the NEET examination. Covering the entire Class 11 Physics syllabus, this course focuses on conceptual clarity, problem-solving techniques, and application-based learning to ensure a strong foundation in physics.

Course Highlights:

✅ Full Syllabus Coverage – Includes all topics from Class 11 NCERT Physics, aligned with the NEET syllabus.
✅ Concept-Based Learning – Focus on fundamental concepts to strengthen conceptual understanding.
✅ Application-Oriented Approach – Solving NEET-level MCQs, PYQs (Previous Year Questions), and numerical problems for better exam preparation.
✅ Shortcut Techniques & Tricks – Learn quick problem-solving techniques to improve accuracy and speed in NEET.
✅ Recorded Lectures – Interactive sessions with real-time doubt solving and recorded classes for revision.
✅ Regular Practice Tests & Mock Exams – Full-length NEET mock tests and topic-wise quizzes to assess performance.
✅ High-Yield Notes & Formula Sheets – Well-structured study material, including NCERT-based notes, important formulas, and revision mind maps.
✅ Time Management & Exam Strategy – Learn effective strategies to maximize your score in the physics section of NEET.

Topics Covered (Class 11 Physics):

🔹 Units & Dimensions, Kinematics, Laws of Motion
🔹 Work, Energy & Power, Rotational Motion, Gravitation
🔹 Properties of Matter, Thermodynamics, Oscillations & Waves

This course is ideal for NEET aspirants looking to improve their physics scores and gain a deep understanding of concepts in an exam-oriented manner.

👉 Join now and take a step closer to your dream of becoming a doctor!

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What Will You Learn?

  • ✔️ Master Core Concepts – Build a strong foundation in Class 11 Physics, ensuring a deep understanding of fundamental principles.
  • ✔️ Improve Problem-Solving Skills – Develop NEET-level MCQ-solving techniques to tackle questions efficiently.
  • ✔️ Apply Physics to Real-World Scenarios – Learn how physics concepts are applied in medical sciences and daily life.
  • ✔️ Enhance Calculation Speed & Accuracy – Use shortcut techniques and tricks to solve numerical problems quickly.
  • ✔️ Develop a Strategic Approach to NEET – Learn time management skills and exam-taking strategies to maximize your score.
  • ✔️ Gain Confidence with Rigorous Practice – Attempt PYQs, topic-wise tests, and full-length mock exams to assess and improve performance.
  • ✔️ Access High-Quality Study Material – Get well-structured notes, formula sheets, and revision mind maps for quick recall before exams.

Course Content

Basic mathematics
1. Algebra Quadratic Equations Sequence and Series Permutations and Combinations Binomial Theorem Matrices and Determinants 2. Trigonometry Trigonometric Ratios and Identities Heights and Distances Inverse Trigonometric Functions 3. Coordinate Geometry Straight Lines Circles Parabola, Ellipse, and Hyperbola 4. Calculus Limits and Continuity Differentiation Application of Derivatives (Tangent, Normal, Maxima, Minima) Integration (Definite and Indefinite) Application of Integrals (Area under Curves) Differential Equations 5. Basic Arithmetic and Logarithms Logarithms and Exponents Ratio, Proportion, and Variation

  • Fast Calculations
  • TRIGONOMETRY

Units, Dimensions and Error Analysis
Chapter: Units, Dimensions and Error Analysis The chapter "Units and Dimensions" is fundamental in physics as it establishes the foundation for all physical measurements and calculations. It introduces the concepts of units, which are standardized quantities used to measure physical quantities, and dimensions, which describe the nature of a physical quantity in terms of fundamental quantities like mass, length, and time. This chapter covers: Fundamental and Derived Units: Understanding base units (such as meter, kilogram, second) and how other physical quantities are expressed in terms of these. Systems of Units: Different unit systems, including SI (International System of Units), CGS, FPS, and MKS. Dimensional Analysis: A powerful tool used to check the correctness of equations, derive relationships between physical quantities, and convert units. Applications of Dimensional Equations: Including consistency checks, deriving unknown formulas, and analyzing physical phenomena. Significance and Limitations of Dimensional Analysis: While useful, dimensional methods cannot determine dimensionless constants or functions like sine, cosine, or logarithm. This chapter is crucial for problem-solving in physics, as it helps in verifying equations, deriving new formulas, and understanding the relationships between different physical quantities.

Vectors

Motion in one dimension

Motion in a plane and Projectile motion

Laws of motion

Work, Energy And Power

Circular motion

COM, Conservation of momentum and collision

Rotation

Gravitation

Simple harmonic motion

Elasticity

Fluid mechanics

Thermometry, Thermal expansion and KTG

Laws of Thermodynamics

Calorimetry and heat transfer

Wave motion

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