CBSE Physics 2024 Exam: A Comprehensive Analysis

As a seasoned educator at Allen Career Institute, Surat, I have been closely following the recent CBSE Physics exam conducted in 2024. Here’s a comprehensive analysis of the paper and invaluable feedback gathered from students:

Question Difficulty and Content

• The 5-marker questions were predominantly NCERT-based, yet the paper posed a tougher challenge compared to the CBSE Class 12 sample paper.
• Objective questions (MCQs) were notably tricky, while assertion-reason questions tested analytical and understanding skills.
• Section B primarily comprised knowledge-based questions, while Section C focused on direct knowledge and slightly tricky application-based queries.
• Section D featured case-based questions, fostering critical thinking and problem-solving skills.
• Section E encompassed a blend of remembering and evaluation-based questions, generally of moderate difficulty.

Student Feedback

• Students perceived the paper as lengthy and skewed towards toughness.
• Some students lamented insufficient time for reviewing answers.
• Questions encompassed a range of difficulties, demanding critical thinking and application.

Unique Inclusions and Observations

• Questions not asked in the past decade, such as resistance coefficient, were incorporated.
• In Sets 2 and 3, Question 25 delved into Electromagnetic Waves, surpassing the syllabus scope.

Key Takeaways

• NCERT Focus: Reassures students that the exam adhered to the latest CBSE syllabus, making NCERT a valuable resource.
• Difficulty Level: Warns students that the exam was more challenging than previous years, requiring application and analysis of concepts.
• New Questions: Alerts students about the inclusion of topics not seen before, encouraging them to stay updated with potential curriculum changes.
• Question Types: Analyzes the different question types and their characteristics, helping students understand the approach needed for each section.Section A (MCQs & Assertion-Reasoning): Requires strong understanding and critical thinking skills.Section B (Knowledge-based): Tests basic memorization and recall of facts.Section C (Mixed): Combines direct knowledge application with slightly more complex problems.Section D (Case-based): Practical application of Physics concepts to solve numerical problems.Section E (Mixed): Mixes remembering key concepts and evaluating their application in different scenarios.
• Paper Length: Informs students that the exam might have felt time-consuming due to its length.
• Difficulty Variations: Highlights potential differences between Sets 2 & 3 in the Electromagnetic Waves section, reminding students to be prepared for slight variations.
• Overall Feedback: Provides a general student perspective on the exam's perceived difficulty.