JEE Main 2026 Question Paper April 4 Shift 2 analysis has been provided here. The Joint Entrance Examination (Main) is a crucial online engineering entrance test, conducted biannually by the National Testing Agency (NTA). Scores from this computer-based test (CBT) are essential for admissions to engineering institutions nationwide. This analysis helps candidates understand the exam's structure and difficulty. For more details, visit the official website: jeemain.nta.nic.in.
JEE Main 2026 is a national-level examination organised for students seeking admission in the B.Tech course program in India.
Conducting Authority Name: National Testing Agency (NTA)
Paper type: JEE Main Paper 1 (B.Tech)
Total questions: 75 (Section A + Section B)
Marking scheme: +4 for correct, -1 for incorrect
Subjects covered: Physics, Chemistry, Mathematics
JEE Main 2 April 4026 morning shift analysis can help the students get the overall and section-wise paper analysis. The analysis-related information preparation is based on the students' feedback who appeared in the examination. JEE Main 2 April 4026 evening shift analysiscan help the students get the overall and section-wise paper analysis. The analysis-related information preparation is based on the students' feedback who appeared in the examination.
JEE Main Shift 2 Subject-Wise Paper Review has been prepared, provided for the students' understanding.
The Physics section usually presents a balanced mix of numerical problems and concept-based questions.
The Physics section of JEE Main 4 April 2026 featured a mix of conceptual and numerical problems, testing candidates’ problem-solving and analytical skills.
Questions were primarily asked from Mechanics, Current Electricity, Electrodynamics, Modern Physics, Laws of Motion, Thermodynamics, along with Ray Optics, Units and Dimensions, Elasticity, Lens Maker's Formula, Semiconductors, Kinematics, and Relative Velocity.
Overall, the section was of moderate difficulty, offering a balanced opportunity for well-prepared students to score.
Chemistry questions are primarily derived from the NCERT syllabi. The section will demonstrated a balanced distribution across Organic, Inorganic, and Physical Chemistry. Chemistry questions stem directly from the NCERT syllabi, ensuring alignment with standard preparation. The section balances Organic, Inorganic, and Physical Chemistry, with equal weightage across sub-topics like Chemical Bonding, Coordination Compounds, Thermodynamics, and Reaction Mechanisms. Organic emphasises named reactions and stereochemistry; Inorganic focuses on periodic trends; Physical tests equilibrium and kinetics.
The Chemistry section of JEE Main 4 April 2026 was generally easy to moderate and largely NCERT-based, making it approachable for most aspirants.
Questions were asked from key topics including D-block, P-block, and F-block elements, Salt Analysis, General Organic Chemistry (GOC), Chemical Kinetics, Electrochemistry, and Biomolecules.
The straightforward nature of the questions allowed well-prepared students to attempt the section with confidence and accuracy.
The Mathematics section is characterised by its calculation-heavy nature and overall length. Effective time management will be critical for attempting the maximum number of questions. Problems demand both strong conceptual clarity and meticulous calculations.
The Mathematics section stands out for its calculation-heavy nature and lengthy problems, demanding strong time management to maximise attempts. Topics like Calculus, Algebra, Coordinate Geometry, and Vectors feature prominently, requiring conceptual clarity alongside meticulous computations.
The Mathematics section of JEE Main 4 April 2026 was moderate to slightly tough and fairly lengthy. Key topics included Vectors & 3D Geometry, Coordinate Geometry, and Matrices & Determinants. The section required careful time management and a strong grasp of concepts to attempt questions accurately.
Student feedback indicate the variations in difficulty between the morning and evening shifts on April 4. There is a slight variation in difficulty between the two shifts.
Students felt that this shift was slightly more time-consuming compared to Shift 1.
Mathematics contributed significantly to the perceived difficulty.
Chemistry remained relatively consistent across both shifts.
Overall variation in difficulty was observed between shifts.
This analysis is based on student feedback collected after the exam.
It include an expert evaluation of the question paper.
It reflect the overall pattern followed in the exam.
It show the perceived difficulty level of the paper.