IIT JEE Exam Analysis 2026

• Shift-2 was tougher and more time-consuming than Shift-1
• High numerical accuracy was crucial, especially in integer-type questions
• Lengthy, calculation-heavy questions dominated the paper
• Balanced topic distribution with no LCD questions
• Smart question selection was essential due to time pressure

• Mechanics – High weightage and Emphasis on Kinematics and Laws of Motion in this shift
• Optics – Ray Optics featured prominently
• Modern Physics – Continued to be a dominant and scoring area
• Increased presence of conceptual and statement-based (Assertion-Reasoning) questions

• Weightage Order: Inorganic > Physical > Organic
• Most scoring section with direct NCERT question
• Few tricky Organic reaction mechanisms
• Numerical questions straightforward

• Paper was Easy to Moderate, with logic-driven, lengthy calculation questions and a few tough ones.
• Around 50-60 % questions were calculative in nature
  Weightage : Algebra > Calculus > Vectors \& 3D > Coordinate Geometry > Trigonometry.
• Compared to the previous day, this shift’s Maths was relatively easier, though still time-consuming due to lengthy calculations.

• Ray Optics: Dominant coverage with 3 reported questions, testing core concepts.
• Mechanics: Gravitation (2 questions), Moment of Inertia, Kinetic Energy – Class 11 heavy focus.
• Modern Physics: Straightforward standard questions, less challenging overall.
• Fluids: Tricky statement-based format demanding deep conceptual clarity.
• Electrostatics: Calculation-intensive numericals on electric potential and field.
• Thermodynamics: 2 questions blending graphs and numerical calculations.

• Overall difficulty level was Moderate
• Weightage trend followed Organic > Physical > Inorganic
• Paper was largely NCERT-based
• Many questions repeated PYQ models, with familiar patterns and concepts.

• Paper was Moderate to Difficult.
• Several lengthy, calculation-heavy problems
• Topic distribution similar to previous years
• Tougher than Shift-1 Maths
• Toughest Maths paper among shifts conducted so far

• Majority questions were direct formula-based
• Good number of statement-based theoretical questions
• Calculations mostlymanageable
• Slightly time-taking questions from Thermodynamics \& Modern Physics
• Easier than Jan 22 Shift-1 and Jan 21 papers

• Overall difficulty level was Moderate
• Questions required deep conceptual understanding
• 5-6 statement-based questions
• One direct question from Lab Manual
• Tougher than Jan 22 Shift-1 Chemistry

• Overall paper leaned towards conceptual + calculation-intensive questions
• Calculus dominated the paper, contributing most to difficulty and time consumption
• Algebra offered moderate scoring opportunities with careful execution
• Strong resemblance to recent PYQs, especially in question structure and difficulty
• Performance depended more on accuracy and smart question selection than speed alone

Nature of questions: PYQ-aligned, conceptual + numerical; calculation load in Mechanics II/Electromagnetism
Scoring Potential: High in Modern Physics and Waves & Optics
Shift Comparison: Balanced scoring like previous shifts; easier than Chemistry
Unique Observations: Minimal surprises; IPE limited to measurement-based questions

• Section was moderate to tough, with lengthy and time-consuming questions
• Dominated by multi-statement, assertion–reason, and mixed-concept problems
• Organic Chemistry introduced paragraph-based reagent questions (new trend)
• Challenging areas: Tricky numericals and conceptually linked questions
• Pattern trend: Similar to JEE Main 2025, with match-the-following and matrix-type questions
• Overall: Not a straightforward scoring section; accuracy and careful reading were crucial

• Algebra and Calculus dominated the paper in both number and difficulty
• Coordinate Geometry and Vectors–3D were moderate but required careful execution.
• Many questions were PYQ-inspired, emphasizing conceptual clarity.
• Time management was crucial due to lengthy calculations.
• Overall, accuracy over speed determined scoring potential.

• Paper Nature: Clearly numerical-dominant and calculation-intensive
• Strong in formula application + speed had an advantage
• Modern Physics remained the safest scoring area
• Thermal + Mechanics II needed careful time management

Question Pattern

• Lengthy, statement-based questions increased time pressure
• Strong Class 12 dominance made NCERT clarity crucial
• Questions required conceptual linkage, testing understanding over memorization
• Accuracy and question selection mattered more than speed

• Lengthy, multi-step questions increased time pressure
• Calculus was the biggest time-consuming area.
• Algebra & Coordinate Geometry were doable but calculation-heavy
• Concept level was manageable; execution decided scores
• Smart question selection was crucial

• Paper leaned towards lengthy numerical problems rather than direct formula-based questions
• Mechanics dominated difficulty and time consumption
• Modern Physics acted as the main scoring area with relatively straightforward questions
• Overall performance depended more on accuracy and smart question selection than speed
• Difficulty level placed it among the tougher shifts of this session

Question Pattern

• Overall level was easy to moderate, but the paper felt lengthy
• Statement-based and assertion–reason questions increased reading time
• Physical Chemistry was calculation-heavy and time-consuming
• Inorganic (Coordination) had multi-statement questions needing careful analysis
• Organic Chemistry was relatively doable and scoring
• Time management played a key role in overall performance

• Algebra + Calculus dominated (~60%), making these areas decisive for scoring and rank impact.
• Calculus and Coordinate Geometry were the most time-consuming, with multi-step numericals causing a clear time crunch.
• High similarity with PYQs (especially Sequences and Conics) favored students with strong past-paper practice.
• Accuracy and question selection mattered more than speed, with 12–15 well-chosen attempts being ideal.

• Electromagnetism + Mechanics II dominated, with multi-step numericals creating the main time pressure.
• Modern Physics was the biggest scoring area, mostly direct, NCERT-based theory questions.
• Paper was formula-driven but not easy—concept application mattered more than memorisation.
• Smart sequencing was crucial: attempting Modern + Thermal first improved accuracy and overall score potential

Question Pattern

• Physical Chemistry dominated (~50%), with lengthy numericals and statement-based questions creating the main time pressure.
• Organic Chemistry offered scoring opportunities, focusing on reactions and conversions with moderate calculation.
• Inorganic Chemistry was mostly NCERT-based theory, quick to attempt for accuracy.
• Attempting Organic and Inorganic first, then Physical Chemistry, helped secure 15–17 good attempts and 70–85 marks.

• Algebra contributed the highest number of questions and was the main scoring area.
• Calculus problems were mostly multi-step and required strong calculation speed.
• Integration and Differential Equations formed the core of the Calculus section.
• Coordinate Geometry, Vectors,  had fewer questions but were the most time-consuming.
• Students who started with Algebra gained a better time advantage for the rest of the paper.

• The paper blended conceptual and numerical questions evenly, favoring strong fundamentals over rote formulas.
• Mechanics and Electricity/Magnetism had the highest weightage and were key scoring areas.
• Thermodynamics, Optics, and Modern Physics were moderate and manageable with basic concepts.
• Questions tested application of concepts rather than direct recall.
• Students who relied only on memorisation struggled; those with strong basics + practice in mixed numericals did better. Accuracy mattered more than speed.

Question Pattern

• The paper was largely NCERT-based, making it predictable for well-prepared students.
• Physical Chemistry had the highest weightage and involved calculation-based questions.
• Organic Chemistry focused on reaction mechanisms, named reactions, and GOC, mostly aligned with PYQs.
• Inorganic Chemistry was straightforward, covering coordination compounds, p/d-block, and periodic trends.
• Mole concept and Chemical Kinetics were scoring yet required accuracy in calculations.
• Biomolecules appeared as minor, moderate-difficulty questions.
• Students could attempt Chemistry quickly to balance time-intensive sections like Maths.

• Multi-concept questions were common, combining ideas from multiple chapters
• High calculation intensity made the paper time-consuming
• Strong presence of Coordinate Geometry, Vectors, and 3D Geometry
• Calculus focused on properties of integrals, functions, and differential equations rather than routine methods
• Algebra questions (Binomial, P&C, Matrices) were application-oriented
• Overall difficulty ranged from moderate to tough due to time pressure

• Questions required a mix of conceptual understanding and numerical application
• Major weightage came from Mechanics, Electrodynamics, and Modern Physics
• Most questions were NCERT-based and formula-driven with application focus
• A few numericals were lengthy, making time management important

Question Pattern

• NCERT-focused, mostly factual or statement-based questions
• Balanced mix of Physical, Organic, and Inorganic Chemistry
• Broad but predictable syllabus coverage
• Multi-statement and numerical questions were manageable
• Straightforward questions rewarded accuracy and speed rather than tricky reasoning