
JEE Main 2026 22 January Exam Analysis: The JEE Main 2026 examination for BE/BTech (Paper 1) is being conducted on 22 January 2026 in two shifts across multiple exam centres in India and abroad, and the first shift is now over. Here we provide a day-level summary and direct access to the detailed shift-wise analysis pages.
Also Check: JEE Main 2026 Session 1 Question Paper Exam Analysis, Detailed Solution
Shift 1 Analysis (9:00 AM – 12:00 PM) → JEE Main 2026 22 January Shift 1 Exam Analysis
Shift 2 Analysis (3:00 PM – 6:00 PM) → JEE Main 2026 22 January Shift 2 Exam Analysis
These pages contain the complete subject-wise breakdown, student reactions, and topic-level insights for each shift.
The overall difficulty level on 22 January 2026 is expected to be moderate as per the previous shifts' trend. While both shifts follow the same syllabus and exam pattern, minor variations in question framing and numerical intensity were observed.
Students attempting previous sessions noted that the jee main 2026 january 22 shift wise difficulty level remained balanced, with neither shift being excessively easy or unexpectedly tough.
Physics was largely concept-driven with a balanced mix of numerical and theoretical questions. Most students found it manageable with standard preparation.
Chemistry leaned heavily towards NCERT-based questions, especially in Inorganic and Physical Chemistry, making it relatively predictable for well-prepared candidates.
Mathematics was time-consuming for many candidates due to multi-step calculations, though the difficulty remained within the expected JEE Main range.
Shift 1 Physics Analysis → JEE Main 2026 22 Jan Shift 1 Physics Analysis
Shift 1 Chemistry Analysis → JEE Main 2026 22 Jan Shift 1 Chemistry Analysis
Shift 1 Mathematics Analysis → JEE Main 2026 22 Jan Shift 1 Maths Analysis
Shift 2 Physics Analysis → JEE Main 2026 22 Jan Shift 2 Physics Analysis
Shift 2 Chemistry Analysis → JEE Main 2026 22 Jan Shift 2 Chemistry Analysis
Shift 2 Mathematics Analysis → JEE Main 2026 22 Jan Shift 2 Maths Analysis