JEE Main 2024 Analysis & Cutoff by Allen Kota - Check Session 2 Shift Wise Analysis here

JEE Main 2024 latest syllabus - New topics vs Dropped ones

JEE Main 2024 updated syllabus as per NTA

JEE Main 2024 Analysis & Cutoff by Allen Kota - Check Session 2 Shift Wise Analysis here

Edited By Team Careers360 | Updated on Apr 10, 2024 01:22 PM IST | #JEE Main

JEE Main 2024 Analysis & Cutoff by Allen Kota - Candidates can check JEE Main 2024 analysis & cutoff by Allen Kota here. JEE Main 2024 exam paper analysis & cutoff has prepared by the expert faculties of the institute. JEE Main analysis 2024 by Allen Kota is available here for session 2 of the JEE Main 2024 exam.

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JEE Main 2024 Analysis by Allen Kota
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JEE Main 2024 Analysis & Cutoff by Allen Kota - Check Session 2 Shift Wise Analysis here

Details regarding difficulty levels, expected cutoff, and weightage of topics can be checked by the candidates through JEE Main analysis and cutoff 2024 by Allen Kota. Along with the JEE Main paper analysis 2024, the cutoff will also be released by Allen Kota. The cutoff based on the previous year's trends of JEE Main will let the candidates know if they qualified for JEE Advanced or not. The JEE Main cutoff and analysis by Allen Kota is compiled by the coaching institute experts as per the student’s memory. Read the full article to know more about JEE Main shift-wise difficulty level & Cutoff by Allen Kota.

JEE Main 2024 Analysis by Allen Kota

Candidates can check below the JEE Main analysis by Allen Kota for previous years. The subject-wise JEE Main 2024 analysis for sessions 1 & 2 by Allen Kota for each shift is updated here.

JEE Main 2024 Analysis for April 9 by Allen Kota

Chemistry

The paper was easy in the morning shift. Section 1 had three to four assertion reason type questions. Similarly, 1 question each was asked from Quantum Number, Periodic Properties, Chemical Bonding (3), Coordination Chemistry (2), F Block, Electron Displacement Effect, Basic Strength, Isomerism, Halogen, Derivative, Reduction of Organic Compound, Aromatic Compound (2), Biomolecule. Similarly, one question each came from Mole Concept, Atomic Structure, Chemical Equilibrium, Liquid Solution, Chemical Kinetic, Thermochemistry, Ionic, Equilibrium and Electro Chemistry.

The paper in the evening shift was of moderate level. Three to four match the columns and two-three statement type questions were asked. There was one question each from Quantum Number, Periodic Properties, F Block, Electron Displacement Effect, Purification, Halogen Derivative, Alcohol Ether, Carbonyl Compound, Name Reaction and Biomolecule. Two questions each were asked from Chemical Bonding and Coordination Compounds and Chemical Kinetics. One question each was asked from Atomic Structure, Thermodynamics 2, Ionic Equilibrium and Electro Chemistry.

Maths

The paper was comparatively easy in the morning shift. One question each was asked from Quadratic Equation, Sequence and Series, Probability, P&C, Complex Number, Determinant and Matrix and two questions were asked from Binomial Theorem. Whereas in Calculus, one question each came from Inverse Trigonometry, Limits, Continuity, Differential Equations, Area Under Curve and Indefinite Integration. Similarly, one question each was asked from Method of Differentiation and Application of Derivatives and two questions each from Vector and 3D.

In Coordinate Geometry, one question was asked from Circle, one from Ellipse and two from Straight Line. Similarly, one question each came from set theory and statistics. The paper in the evening shift was of moderate level. One question was asked from Quadratic Equation, two from Sequence and Series, one from Probability, one from Complex Number, one from Matrix and one from Binomial Theorem.

Whereas in Calculus, one question each was asked from Limits, Differential Equations, Area Under Curve and three questions from Indefinite Integration. Similarly, one question each came from Method of Differentiation and Application of Derivatives. Three questions were asked from vector and 3D. In Compound Angle, Coordinate Geometry, one question each came from Circle and Ellipse. There was also one question each from set theory and statistics.

Physics

The paper was easy in the morning shift. One question each was asked from Class 11th syllabus on Unit and Dimension, Vector to Vector Addition, Kinematics to Average Velocity, Newton’s Law of Motion, Work Power Energy to Work Energy Theorem, Rotational Kinematics. While one question on Rigid Body Equilibrium, one question from Elasticity on Young’s Modulus, one question from Thermodynamics on Adiabatic Process, one question from Fluid Mechanics on Archimedes’ Principle, one question from Simple Harmonic Motion, one question from Gravitation on Planetary Motion, one question from Instruments Asked on Vernier Caliper. Whereas one question on Geometrical Optics from Class 12 syllabus was based on the statement on lenses.

One question from electrostatic was on semi circular ring. There were three questions from Current Electricity out of which one was on Circuit Analysis, the second question was on Complex Circuit and the third question was on Galvanometer. Similarly, one question from capacitance was on Equivalent Capacitance of Different Size Plates. One question was based on statement from Magnetic Effect of Current. One question was also asked on Electromagnetic Induction and one question was asked on RC Circuit from Alternating Current.
One question was based on magnetic field coming out of EM wave and the other was based on statement. One question from Optics was on YDSE. Two questions were also asked from Modern Physics. A question came from Semiconductor on Forbidden Energy Gap. The paper was easy in the evening shift.

From class 11th syllabus, one question each was asked from Unit and Dimension, Vector, Newton’s Law of Motion, Kinematics, Work Power Energy, Momentum Conservation, Rotational Dynamics, Thermodynamics, Simple Harmonic Motion, Gravitation and Fluid Mechanics.

Two questions were asked from these. One question was on excess pressure. In class 12th syllabus, one question from geometrical optics, two questions from electrostatics, two questions from current electricity, one question from magnetic effect of current, one question each from electromagnetic induction and alternating current and one question from EM waves and wave optics on YDSE. . Whereas there were three questions from Modern Physics. Out of which one question was on photoelectric effect, the second on emission spectrum and the third on fusion reaction. Two questions from Semiconductor one of which was on logic gates

JEE Main 2024 Analysis for April 8 by Allen Kota

Chemistry

The JEE Main 2024 Session 2 paper was easy in the morning shift. Matching list and true-false statement type questions were asked in section 1. Similarly, questions were asked from inorganic and physical chemistry in section 2.

Two questions each were asked from chemical bonding, coordination chemistry, salt analysis, one question from D block, one question each from IUCPAC (2) nomenclature, isomerism, halogen, derivative, alcohol ether, carboxylic acid and aliphatic amine aromatic compound, biomolecule. Similarly, one question each came from mole concept, redox reaction, atomic structure, chemical equilibrium, liquid solution chemical kinetic and electro chemistry.

The paper was of moderate level in the evening shift. Three matching list and two true-false statement type questions were asked in section 1. Similarly, questions were asked from inorganic, organic and physical chemistry in section 2. Two questions each were asked from Chemical Bonding, Coordination Chemistry,

D Block and one question each from Salt Analysis, P Block, one question each from IUCPAC Nomenclature, Electron Displacement Effect, Isomerism, Halogen Derivative, Alcohol Ether, Carboxylic Acid and Amine, Aromatic Compound, Purification and two questions from Acid Base. Similarly, one question each came from Mole Concept, Chemical Kinetics and Thermochemistry and two questions from Electro Chemistry.

Maths

The JEE Main 2024 Session 2 paper was comparatively easy in the morning shift. In Algebra, one question was asked from Quadratic Equation, one from Sequence and Series, one from Complex Number, one from Probability, one from P&C and two from Matrix. While in Calculus, one question was asked from Functions, one from Limit, one from Differential Equation, two from Area under Curve, one from Definite Integration.

One question came from Application of Derivative. While three questions were asked from Vector and 3D. In Coordinate Geometry, one question was asked from Circle, one from Hyperbola and two from Straight Line. One question was asked from Compound Angle. The paper was easy in the evening shift. One question was asked from Sequence and Series, one from Complex Number, two from Probability, one from P&C, one from Determinant, one from Binomial Theorem, two from Matrix.

Whereas in Calculus one question was asked from Limit, one from Continuity, two from Differential Equation, one from Area Under Curve, one from Indefinite Integration, one from Definite Integration. One question came from Application of Derivative. While four questions were asked from Vector and 3D. In Coordinate Geometry one question was asked from Circle, one from Hyperbola, two from Straight Line and one from Set Theory, one from Statistics, one from Compound Angle.

Physics

According to the feedback received from the students, the JEE Main 2024 Session 2 paper was easy. From the syllabus of class 11th, one question was asked from Resultant of Vector, Center of Mass, two questions from Momentum, one from Thermal Expansion, one question from Kinetic Theory of Gases in which the ratio of CV was asked for mono and di atomic gas.

One question from Thermodynamics was on Carnot Cycle. One question was asked from Fluid Mechanics on Bernoulli Equation and Gravitation. Similarly, from the syllabus of class 12th, one question was asked on Prism from Geometrical Optic and one question on Conductor from Electrostatic. A question based on circuit came from Current Electricity. One question was asked on Motional EMF from Electromagnetic Induction, one question on Resonance Circuit from Alternating Current, one question on Argon Pipe from Sound Wave and three questions on Wave Optics.

Two questions were asked from Modern Physics, one question on De Broglie Wavelength and the other question on Mass Defect. In Error in Measurement, one question was asked on Order Magnitude and one question was asked on Experiment in Instruments. From Semiconductor, one question was asked on Logic Gate.

JEE Main 2024 Analysis for April 6 by Allen Kota

Chemistry

The chemistry paper in the morning session was easy. Section 1 consisted of statement and true/false type questions. Similarly, in Section 2, most questions were from physical chemistry. Questions were asked from periodic properties, coordination chemistry, salt analysis, and the F block.

Additionally, one question each was asked from chemical bonding, isomerism, organic compound reactions, biomolecules, aromatic compounds, purification, hydrocarbons, and carbonyl compounds.

Questions were also mixed with oxidation-reduction reactions, concentration terms, redox reactions, atomic structure, liquid solutions, chemical kinetics, chemical equilibrium, thermodynamics, ionic equilibrium, and electrochemistry.

The evening session’s chemistry paper was also easy. Section 1 had statement and true/false type questions, while Section 2 mostly focused on physical chemistry. Topics included chemical bonding, the S block, coordination chemistry, salt analysis, and the D block.

Furthermore, questions were asked on organic compound reactions, biomolecules, purification, oxidation-reduction reactions, aromatic compounds, concentration terms, redox reactions, ideal gas, atomic structure, liquid solutions, chemical kinetics, chemical equilibrium, and thermodynamics.

Maths

According to student feedback, the morning session’s mathematics paper was of a moderate level. Calculations were quite lengthy. Questions were asked from algebra on sequences and series, quadratic equations, binomial theorem, probability, and matrices.

In calculus, questions were from functions, inverse trigonometry, limits, methods of differentiation, differential equations, area under the curve, and integration. Two questions were asked from vectors and 3D geometry.

A question from coordinate geometry was on conic sections (parabola). Similarly, one question each was asked from statistics and relation theory.

The evening session’s mathematics paper was of a moderate level as well. Calculations remained lengthy. Questions were asked from algebra on quadratic equations, sequences and series, complex numbers, binomial theorem, probability, sets, and determinants.

In calculus, questions were from functions, limits, differential equations, area under the curve, indefinite and definite integrals, and applications of derivatives. Two questions were asked from vectors and 3D geometry. In coordinate geometry, questions were on circles and straight lines.

A question was asked from the solution of triangles and geometry as well. One question each was asked from statistics, relation theory, and sets theory.

Physics

According to student feedback, the morning session’s physics paper was easy. A question on vector from the class 11 syllabus, and match the following type questions from units and dimensions were asked.

Two questions were asked on Newton’s laws of motion, one of which was based on pulleys and the other on resistive forces. Questions were also asked from kinematics, work-power-energy, change in kinetic energy, momentum from center of mass chapter, and angular momentum conservation from rotational mechanics.

One question each was asked from kinetic theory of gases on speed distribution and on thermodynamics process-based real gases. A question from fluid mechanics was related to surface energy. A question on SHM was based on the equation of SHM.

An error topic and a question based on screw gauge in instruments were also asked. A question on escape speed was asked from the gravitation chapter. From class 12 syllabus, one question was asked on geometrical optics on prism, one question on electrostatics on Coulomb’s law, and one question from current electricity on Wheatstone bridge and another question based on resistance.

A question from magnetic effect of current was asked, and two questions from alternating current were asked, both based on LCR circuits. One question from wave optics was based on match the following pattern, and from modern physics, one question on photoelectric effect and another question from semiconductor was based on truth table.

According to student feedback, the evening session’s physics paper was easy as well. One to two questions were statement-based and match the following type questions. From class 11 syllabus, a statement-based question was asked from units and dimensions, a question was asked on screw gauge in instruments, and two questions were asked from Newton’s laws of motion, one of which was related to tension in a string.

Two questions were asked from kinematics 1D as well. A question from circular motion was asked on banking of roads. One question from center of mass chapter was asked on momentum. A question from rotational mechanics was asked on moment of inertia. A question from thermodynamics was asked on the first law of thermodynamics. From fluid mechanics, a question on surface tension was asked.

A question from gravitation was asked on variation of gravitational field. From class 12 syllabus, two questions were asked from geometrical optics, one of which was based on lens maker formula and the other was experiment-based. A question from electrostatics was asked on Coulomb’s law. A question was asked from current electricity based on circuits. A question from capacitors was asked on dielectric. A question from magnetic effect of current was asked. A question from electromagnetic induction was asked on self-inductance. One question from EM wave and two questions from modern physics were asked, one on stopping potential and the other on the outer model based on a truth table.

JEE Main 2024 Analysis for April 5 by Allen Kota

Chemistry

The chemistry paper in the JEE Main Session 2 morning shift on Friday was moderate. Statement and true false statement type questions were also asked in section 1. Some statements in organic chemistry were confusing to the students.

Similarly, in section 2, most of the questions were asked from Physical Chemistry. One question each was asked from Periodic Properties, Chemical Bonding, Coordination Chemistry, Salt Analysis and D Block.

While one question each was asked from IUCPAC, Nomenclature, Electronic Displacement Effect, Reduction of Organic Compound, Name Reaction and Biomolecule and three questions were asked from Aromatic Compound.

While one question each was asked from Atomic Structure, Liquid Solution, Chemical Kinetic, Chemical Equilibrium, Thermodynamic, Thermochemistry and Electro Chemistry. The paper in the evening shift was similar to the morning shift paper.

Maths

According to the feedback received from the students, the paper was of medium level in the JEE Main Session 2 morning shift on Friday. Calculations were quite lengthy. In Algebra, one question each was asked from Sequence and Series, Complex Numbers, Binomial Theorem, Probability, P&C, Matrix and Determinant and Cramer’s Rule.

In Calculus, one question each was asked from Differentiability, Differential Equation, Area Under Curve and two questions were asked from Definite Integration. One question came from Application of Derivative.

While two to three questions were asked from Vector and 3D. Similarly, in Coordinate Geometry, one question was asked from Straight Line, two questions each from Circle and Conic Section (Parabola and Ellipse).

While one question each was asked from Trigonometric Equation, Compound Angle and Statistics. In the evening shift, the paper was longer than the morning shift. In such a situation, it took a lot of time to solve the paper.

Physics

According to the feedback received from the students, in the JEE Main Session 2 Friday morning shift, one question each came from Unit and Dimension and Vector from the syllabus of 11th class.

Two questions came from NLM and one question each came from Kinematics 1 D, Work Power Energy, Moment of Inertia in Rotational Dynamics, Young’s Modules in Elasticity and Kinetics Theory of Gases.

Similarly, one question came from PV graph in Thermodynamics, one question based on statement on surface tension in Fluid Mechanics, one question on Simple Pendulum in Simple Harmonic, one question each on Significant Figures in Gravitation and Error in Measurement.

While from the syllabus of 12th class, one question each came from Electrostatics, Current Electricity and Capacitor, two questions from MEC, one question each from Wave Optics and EM Waves.

Similarly, in Modern Physics, one question was statement based, in Semiconductor, one question was asked on Logic Gates and in EMI, one question was asked on Mutual Inductance. In the evening shift, the paper was easier than in the morning shift.

JEE Main 2024 Analysis for April 4 by Allen Kota

Chemistry

Chemistry paper was easy in the morning shift. In Section 1, questions were asked from all three parts, IOC, OCA and PC. Similarly, in Section 2 also questions were asked from all three parts. The question paper consisted of statement 1-2 and matching list type questions. One question was asked from Chemical Bonding, one question from Salt Analysis, two questions from Electronic Displacement Effect, one question from Basic Strength.

Whereas one question each was asked from Isomerism, Derivative, Organic Compound, Name Reaction, Aromatic Compound, POC, Concentration Term, Redox Reaction, Atomic Structure, Liquid Solution, Chemical Kinetic, Chemical Equilibrium, Thermochemistry and ElectroChemistry. The paper was overall easy in the evening shift. In Section 2, maximum questions were asked from Physical Chemistry. The calculation was easy.

Maths

The Maths paper in the morning shift was of moderate level. The calculations were quite lengthy. In Algebra, two questions were asked from Sequence and Series, one each from Quadratic Equation, Complex Number, Binomial Theorem, P&C, Determinant and Matrix and two from Probability.

In Calculus, one question was asked from Inverse Trigonometric Function, one from Continuing, two from Differential Equations, one each from Area Undercurve and Indefinite Integration. Similarly, three-four questions came from Vector and 3D. In Coordinate Geometry, one question each was asked from Circle, in Conic Section one question each was asked from Parabola and Hyperbola.

Similarly, a question was asked from Statistics. In the evening shift the paper was moderate to difficult. The calculation was quite lengthy. More questions were asked from Vector, 3D and Calculus.

Physics

According to the feedback received from the students, the paper in the morning shift was moderate. From Class 11th Syllabus, one question was asked from U&D, one from vector, two from monotonic motion, one from binary motion, one from circular motion, one from work-energy-power, one from COM, one from rigid body dynamics, thermal expansion, and fluid.

One question each was asked from Mechanics, Surface Tension, Statement Based, Error in Measurement and Gravitation. Similarly, from class 12th syllabus, one question each was asked from GO, Electrostatics, two from Current Electricity, one each from MEC, EMI & EC, EM Waves, Wave Optics, MP2 and Semiconductor while two questions were asked from MP One.

The paper was easy in the evening shift. Questions from almost all topics are covered. A question was based on dynamic resistance in semiconductors. Two questions came from gravity.

JEE Main 2024 Analysis for January 27 by Allen Kota

Candidates can check the subject-wise JEE Main 2024 Feb 27 analysis by Allen Kota here.

Chemistry

The chemistry paper in the morning shift was of moderate level. Information based and conceptual questions were asked in Inorganic Chemistry. Whereas in Organic, most of the questions asked were conceptual. Whereas in Physical Chemistry most of the questions were numerical based.

In Inorganic Chemistry, two questions came from Coordination Chemistry and one question each from Chemical Bonding, Quantum Number and F Block.

Apart from this, questions also came from P-Block and other topics. In Organic Chemistry, two questions came from IUPAC Nomenclature and four-five questions came from GOC in which two were from acid and base and the remaining were from other topics.

There was also one question each from halogen derivatives and alcohol. A question also came from biomolecule. In Physical Chemistry, there was one question each from Mole Concept, Liquid Solution Electrochemistry, Ionic Thermodynamics and Chemical Kinetics. There was compilation of both theoretical and numerical questions in Chemistry in both the shifts.

Physics

The paper was easy in the morning shift. Questions were asked from most of the chapters of class 11th and 12th. Questions were asked related to 11th chapter Unit Dimension, Kinematics 2D, Circular Motion, Work Power Energy, Center of Mass, Momentum, Rotation, Elasticity, Calorimetry, KTG, Fluid, SHM and Gravitation. In U&D, questions were asked on Planck’s constant, and assertion reason. From gravity, the question came on acceleration due to gravity.

Whereas questions were asked on MI calculation from rotation. From the same 12th class syllabus, questions were asked from Electro Statics, Current Electricity, Capacitance, MEC and EMI. Questions from Modern Physics 1 came from Photo Electric Effect and Bohr Models. The question came on Q value calculation from Modern Physics 2.

Two questions were asked from geometrical optics while one question was asked from instruments. Diode based questions were asked from semi conductor. Practical based questions from Physics were asked in both morning and evening shifts.

Maths

In the morning shift the paper was of easy to moderate level. The calculations took time. Questions were asked from Algebra, Calculus, Coordinates and Vector 3D. One question was asked from Sequence-Series, two from Binomial, one from Matrix and one from Complex Number.

Whereas one question was asked from Statistics. Similarly, one question came from straight line, two from circle and two from conic section. Two questions were asked from Function, one each from Limit and Continuity, one from Definite Integration, one from AOD, one from Differential Equations and one from Area. A question was also asked from Trigonometry.

This time the paper is believed to be easier than last time. The paper in the evening shift was longer than the morning shift.

JEE Main 2024 Analysis for January 29 by Allen Kota

Maths

The Maths paper in the morning shift on Monday was of moderate level. The calculations in the paper were quite lengthy. One from Sequence and Progression, one from Trigonometry, one from Basic Geometry of Angle Bisector, one from Ellipse, one from Relations, one from P&C, one from Probability, one from Binomial Theorem, two from Functions, one from Methods of Difference.

Two questions were asked from Maxima-Minima, two from Basic Indefinite Integration, two from Definite Integration, one each from Area, Matrix, Vector, 3D Geometry, two from Complex Numbers and one from Statistics. The Maths paper in the evening shift was of moderate level.

The calculations in the paper were quite lengthy. One from Sequence and Progression, one from Trigonometry, one from Straight Line, one from Parabola, one from Relations, one from Binomial Theorem, one from Probability, one from Binomial Determinant, one from Inverse Trigonometry Functions, one from Limits, Maxima-Minima. Two questions were asked from Basic Indefinite Integration, one from Definite Integration, one from Area, one from Matrix, one each from Vector, 3D Geometry, two from Complex Numbers and one from Statistics.

Chemistry

In the morning shift, the paper was of medium level which could be completed in 30-40 minutes. Single option, statement factor, and numerical type questions were asked in the paper. In Numerical, questions were asked from all three parts of Chemistry. In Inorganic, there were questions related to quantum number, periodic table, chemical bonding, metal carbonyl, heating effect, catalyst.

In organic chemistry, questions were asked from GOC, POC, halogen derivatives, alcohol-ether, alkene, WKR and aromatic amine and biomolecule. Whereas in Physical Chemistry, questions related to concentration, atomic structure, redox, liquid solution, chemical kinetics were asked. Calculation in numerical was easy.

Chemistry paper was easy in the evening shift which could be easily completed in about 30-35 minutes. Most of the questions in the paper were informative. In Inorganic Chemistry, there were questions on AR of Periodic Properties, Molecular Orbital Theory, Para and Diamagnetic Properties, Salt Analysis and D and F Block.

In Organic Chemistry, questions were related to nomenclature, pKa values, POC, halogen derivatives, alcohol ethers, reduction aromatic compounds and carbohydrates. In Physical Chemistry, easy questions came on molarity, molality relation, equilibrium constant, half-life of first order reaction, thermochemistry, Faraday’s law and number of molecules of ideal gas. Overall the evening paper was easier than the morning shift.

Physics

According to the feedback received from the students, the morning shift paper was easy. In the paper, questions from Mechanics and Heat and Thermodynamics were asked from class 11th syllabus. Questions related to centripetal acceleration from circular motion, work done against friction, and potential energy from work power energy were asked. Rolling-based questions were asked. Two questions came from Fluid Mechanics, One of which was statement-based.

The question of work done PV diagram came from thermodynamics. Whereas one question each was asked from SHM and gravity. Similarly, from the Class 12 syllabus, there were two questions from Geometrical Optics and two from EM Wave and Wave Optics. One question each came from capacitance and EMI. Three-four questions were asked from Modern Physics. Questions were based on de Broglie wavelength and Q value. One question each came from error and semi-conductor.

According to the feedback received from the students, the Physics paper of the evening shift was easy. Questions came from Mechanics and Heat and Thermodynamics from class 11th syllabus. One question came from Rotation, one from Kinematics 1D, one question each from Fluid and SHM. Two-three questions each were asked from circular motion and elasticity. Kepler’s Third Law based question came from Gravitation.

Similarly, one question each from Electrostatics, Capacitance, and Current Electricity was asked from Class 12th syllabus. Questions related to flux and circuit also came in the paper. A question came from MEC on magnetic force. Question came on E and B relation from EM wave. One question was asked from Modern Physics, one from Errors and one from Semiconductor. The question was based on logic gate and truth table.

JEE Main 2024 Analysis for January 30 by Allen Kota

Physics

According to the feedback received from the students, the morning shift paper was of easy to moderate level. The paper asked matrix match questions from Unit and Dimension from class 11th syllabus. From NLM, one question was asked from Pulley Block, one from Kinematics 1 d, one from Work Power Energy, two questions from COM related to Impulse and Rotation. Whereas two questions came from Elasticity, one question each came from KTG and Thermo. An earth field based question was asked from gravity. A question came from sound on resonance tube.

Similarly, from the Class 12 syllabus, there were three questions from Current Electricity, one from Electrostatics, one from Geometrical Optics and two from MEC. One question was on dip angle, which was out of the JEE Main syllabus this year. One question each came from EM Wave and Wave Optics. Whereas one question each came from capacitance and AC. Three questions were asked from Modern Physics. A question also came from Semi-Conductor, which was based on Zener Diode.

Physics paper came easy in the evening. Questions were asked from almost all chapters from class 11th and 12th syllabus. From 11th class one question each came from U&D, Vectors NLM, Kinematics 2 d, WPE, Rotation, Calorimetry, KTG, Thermo, Fluid, SHM and Gravitation. A question was asked question on AM conservation from rotation. Similarly, from class 12th syllabus, there were two questions from Electrostatics, two from Current Electricity, one from MEC, one from AC, one question each from EM Wave and Wave Optics. The number of questions from Modern Physics was four. Questions were based on radiation pressure, photoelectric effect, bohr model and mass defect. Questions came on Vernier Calipers from Instruments and questions came on SI and Geodiodes from Semiconductor.

Chemistry

Chemistry paper was easy in the morning shift which could be solved easily in 35 to 40 minutes.

Most of the questions in the paper were informative. In Inorganic Chemistry, there was one question from Periodic Properties, one from Molecular Orbital Theory, one from Chemical Bonding, one from Salt Analysis and one from F Block. Whereas in Organic Chemistry, one question was asked from Nomenclature, one from GOC, one from Halogen Derivatives, one from Reduction Aromatic Compound and one question related to Carbohydrate. Similarly, in Physical Chemistry, one easy question came from Atomic Structure, one from Chemical Kinetics, one from Liquid Solution, one from Thermodynamics and one from Faraday’s Law. Overall the paper was easy.

Even in the evening shift, the paper was very easy which the student completed in about 35 to 40 minutes. In this, questions from application of electro negativity, dipole moment, optical isomerism of coordination compound, flame test, and D block were asked from inorganic chemistry. Questions on IUPAC naming, stability order of carbocation, two questions on isomerism, POC, hydroboration oxidation, Cannizzaro reaction, diazotization and nucleic acid were from organic chemistry. Most of the questions in Physical Chemistry were in numerical par in which questions came on mole fraction spectral line, depression in freezing point, speed of reaction, buffer solution and oxidizing power.

Maths

On the third day, in the morning shift, the Maths paper was of moderate level. The calculations in the paper were quite lengthy.

One question was from Quadratic Equation, two from Sequence and Progression, one from Trigonometry Equation, one from Straight Line, one from Circle, one from Hyperbola, one from Ellipse, one from P&C, one from Binomial Theorem, one from Probability, and one question from Differentiability. One from Functions, two from Limits, one from Rolle’s Theorem, one from Methods of Differentiation, one from Definite Integration, one from Area, two from Differential Equations, one from Matrix, Vector, three from 3D Geometry, three from Complex Numbers. One question was asked from Statistics and one from Sets.

The Maths paper in the evening shift was of moderate level. The calculations in the paper were quite lengthy. Two questions from Sequence and Progression, one from Trigonometry Compound Angles? One question from Circle, one question from Parabola, one question from Hyperbola, one question from Ellipse, one question from P&C, two questions from Binomial Theorem, one question from Bayes Theorem in Probability, one mixed question from Differentiability and Integration, One from Functions, one from Maxima – Minima, one from Tangent and Normal, one from Methods of Differentiation, two from Definite Integration, one from Area, one from Differential Equations, one from Matrix, and one from assertion reason type question, one from Determinant, Vector and Four questions were asked from 3D Geometry, one question from Complex Numbers, one from Statistics and one question from Relations.

JEE Main 2024 Analysis for January 31 by Allen Kota

Physics

According to the feedback received from the students, the paper was easy in the morning shift. Questions were asked from almost all chapters of class 11th and 12th syllabus. From Mechanics in class 11, one question each came from U&D, NLM, Kinematics 1d and 2d, Circular COM, Rotation Elasticity, Thermo, Fluid, Sound, SHM, Gravitation and Errors. One question each was asked from Geometrical Optics and Electrostatics from the chapters of class 12. Similarly, two questions came from electricity in which one question was based on Equivalent R and a question came on dielectric in capacitance. One question came from MEC, one from EMI. Whereas two to three questions were asked from Modern Physics, a question based on logic gate in Semiconductor was also asked.

According to the feedback received from the students, Physics paper was easy even in the evening shift. There was one question each from U&D and Vector from class 11th syllabus. Two to three questions were asked from NLM. One question was asked from Kinematics 2D, two from Rotation, one from WPE, one from Elasticity, one from KTG, one question each from Fluid, SHM and Gravity. A question came from Error and a question was also asked from Sound. Whereas from the 12th class syllabus, one question came from Geometrical Optics, two from Electrostatics, two from Current Electricity, two from MEC and one from AC. 2 to 3 questions were asked from Modern Physics. Questions from Semiconductor were logic gate based. A question also came from EMI.

Chemistry

Chemistry paper was easy in the morning shift in which there were many questions of Physical Chemistry in single correct. In the numerical part, most of the questions were from inorganic and organic chemistry. In Chemistry, one question each came from Electron Gain Enthalpy, MOT, Coordination Chemistry, and Salt Analysis. In Organic Chemistry, there was one question each from IUPAC, Alcohol Ether, Carbohydrate and two questions from POC. Questions were asked from Physical Chemistry, Eudiometry, Stoichiometry, Equilibrium Constant, Examples of Positive Deviation, First Order Reaction, Gibbs free energy and Electrochemistry.

The evening shift paper was also as easy as the morning shift. There were one question each from Quantum Number, Statement from Periodic Properties, Dipole Moment, CFT, Boron Family and three questions from Coordination Chemistry. In Organic Chemistry, one question each from IUPAC Nomenclature, Isomerism, Electrophilic Addition, Separation Techniques and three questions from Aromatic Compounds were asked. In Physical Chemistry, two questions were asked on mole concept, one question each on redox balancing, chemical constant, work calculation of isothermal process, chemical kinetics and liquid solution.

Maths

According to the feedback received from the students, the Maths paper in the morning shift on Wednesday was of moderate level. The calculations were quite lengthy. Two questions were asked from Sequence and Progression, one of which was mixed with quadratic equations. One question came from Quadratic Equation, one question from Circle, one question from Straight Line, two questions mixed from Hyperbola and Ellipse, one question from P&C, one question from Binomial Theorem, one question from Probability, one question from Limit and Differentiability. One mixed question came from Continuity, one from Functions, one mixed question from Maxima-Minima and Leibniz Theorem, one from Inverse Trigonometry Functions, one from Area, three from Differential Equations, one from Determinant, three-four questions from Vector and 3D Geometry. One question was asked from Complex Numbers, one question was asked from Probability Distribution and Statistics and one question was asked from Relations.

The level of paper was moderate in the evening shift. Calculation was lengthy in some questions. One question each from Algebra, Quadratic and Sequence-Series was asked. One question each came from Complex Number, Matrix and Binomial Theorem. Similarly, one question each was asked from Probability and P&C. In Calculus, one question was asked from Function, two from Limit, one from ITF, one question from Minima-Maxima, which was mixed with Circle. Two questions were also asked from integration. In Coordinate Geometry, one question each was asked from straight line and conic section. Three questions were asked from Vector and 3D. One question was asked from Trigonometry Equations. One question each was asked from Set and Relation and Statistics.

Previous Year’s JEE Main Analysis by Allen Kota

According to the previous year’s analysis of JEE Main by Allen Kota, the examination was of moderate difficulty. The mathematics section had more difficult questions while Chemistry consisted of easy and moderately difficult questions. Physics had more easy questions and the remaining were of moderate difficulty.

JEE Main 2022 Analysis for Feb 26 by Allen Kota

Candidates can check the subject-wise JEE Main 2022 Feb 26 analysis by Allen Kota here.

Chemistry

In the morning shift on the last day of JEE Main (February Attempt), students found the paper difficult due to the more theoretical part in the Chemistry paper. More weightage was given to the characterization of organic compounds, lanthanides, and separation techniques.

Kinetics, Equilibrium, Thermo Liquid Solution in Physical Chemistry, and a question came from Significant Digit. In Inorganic, two questions related to hydrogen bonding were also asked related to reactions of ionization energies, salvage process, carbonate complex, and dichromate.

The evening shift paper was comparatively easy. In section 1, there were more questions of organic and inorganic. Easy questions came from electrochemistry and surface chemistry in physical chemistry.

Physics

On the last day of JEE Main exam, both Physics papers were easy.

In the morning shift, except for one question from the capacitor, the other questions were average. Chapterwise, both papers were balanced.

Mainly JEE Main Topic like Semiconductor Communication, Logic Gates was covered. The coverage of gravitation and mechanics was also good. At the same time, less weightage was given to optics and electrostatics.

Maths

Maths paper in the morning shift was easy. Easy and formula-based questions came from topics such as Determinants, Quadratic Matrix, and 3D Vector.

Students’ math skills were also tested by questions like Integration AP & CA Limit, Continuity, and Relations. Maths paper was quite difficult in the evening shift. Due to high calculus, students took more time to solve the paper. Apart from this, the weightage of the 12th class syllabus was more in the evening shift.

JEE Main 2022 Analysis for Feb 25 by Allen Kota

Candidates can check the subject-wise JEE Main 2022 Feb 25 analysis by Allen Kota here.

Chemistry

The paper was completely NCERT based like the first day. Most questions in physical chemistry were numerically based. Whereas organic and inorganic chemistry was more in the initial 20 objective questions.

During the morning and evening shifts, seven questions were from Physical Chemistry in the Numerical section. Inorganic chemistry covered MOT, Born Heber Cycle, Coordination compound, Magnetic Moment, Lanthanide, and Environment. Whereas in organic chemistry, questions were related to aromatic, lactose, and linkages in biomolecules and properties of Buena-I and Buena-G. Similarly, in physical chemistry, solubility in ionic equilibrium, whereas rate concept through quantum mechanics and kinetics graphs cam in the paper.

The volume came in a question of hypo and dichromate, in which the calculation was time-consuming.

Physics

On the second day in the JEE Main Examination, except for one or two lengthy questions in the Physics paper, the remaining questions were standard. In the paper, the weightage of the 12th class syllabus was more than that of the 11th class syllabus. As usual, 50 percent of Formula-based questions came in the paper. Those students who practiced the previous year’s JEE Main papers got the advantage. Some of the questions asked for the Topic of Electromagnetism and Gravitation were of the standard level. While questions from the topic diode and PUC were of easy level.

The number of calculation-based questions was more in the morning shift, but the students did not face much trouble solving them. At the same time, the evening shift paper was easy. There was doubt in the options of one question of rotational motion. Similarly, a semiconductor question was based on facts that are not in the NCERT syllabus.

Maths

Due to calculations in Maths, the students found the paper lengthy. In such a situation, students consumed more time on maths papers. In the Maths paper, questions came from all the topics of the overall syllabus. More questions came from Vector 3D, Matrix Determination, Integration Probability. Apart from this, Mathematical Reasoning and Height and Distance were also covered. Like Wednesday, no questions came from Mathematical Statistics on Thursday. Overall, the Maths paper was similar to the Maths paper of JEE Main held last year. Some questions came directly from the previous year’s JEE Main paper.

JEE Main 2022 Analysis for Feb 24 by Allen Kota

Candidates can check the subject-wise JEE Main 2022 Feb 24 analysis by Allen Kota here.

JEE Main 2022: Chemistry Paper Analysis

The Chemistry paper was NCERT based. Some old questions from previous JEE Advanced papers were also asked. The number of questions asked from Physical Chemistry was limited. More questions were asked from organic and inorganic chemistry. The questions covered metallurgy, biomolecules, oxidation in organic reactions, polymers, borax bead test, coordination number in BCC, and anaerobic, oxidized gas of matter in environmental chemistry. Apart from these, questions were also asked about Kinetics, Chemical Equilibrium, and Biomolecules.

JEE Main 2022: Physics Paper Analysis

Students did not face much difficulty in the Physics paper in JEE Main Examination. The paper was easier compared to previous years. The questions asked comprised an almost equal number of 11th and 12th-grade NCERT Books topics; all the chapters were given good weightage. The paper had more questions about mechanics and gravitation. Apart from this, a fair number of questions also came from friction and transistors. Some questions were theoretically based.

JEE Main 2022: Maths Paper Analysis

The paper was more calculative and lengthy than the other two subjects. Almost all the topics were covered in the JEE Main question paper. Some questions were asked directly from JEE Advanced previous years’ papers. Students’ mathematical skills were tested by examining topics like Vector 3D, Coordinate Geometry, Indefinite Integration, P&C, and Probability. Only a few questions were asked from the topics that are only present in the JEE Main syllabus.

JEE Main 2024 Cutoff by Allen Kota

The minimum marks required to qualify the examination will be available through the cutoff of JEE Main 2024 by Allen Kota. The category-wise cutoff will be made available after the experts calculate and compile it. To prepare and clear the cutoff, students are advised to take JEE main mock test.

Previous Years’ JEE Main Official Qualifying Cutoff

Year	General	OBC-NCL	SC	ST	Gen-EWS	PwD
2020	90.3765335	72.8887969	50.1760245	39.0696101	70.2435518	0.0618524
2019	89.7548849	74.3166557	54.0128155	44.3345172	78.2174869	0.11371730
2018	74	45	29	24	-	-35
2017	81	49	32	27	-	-
2016	100	70	52	48	-	-
2015	105	70	50	44	-	-
2014	115	74	53	47	-	-
2013	113	70	50	45	-	-

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Have a question related to JEE Main ?

Popular JEE Main Questions

5 g of Na₂SO₄ was dissolved in x g of H₂O. The change in freezing point was found to be 3.82⁰C. If Na₂SO₄ is 81.5% ionised, the value of x (K $f$ for water=1.86⁰C kg mol⁻¹) is approximately : (molar mass of S=32 g mol⁻¹ and that of Na=23 g mol⁻¹)
Option: 1 15 g
Option: 2 25 g
Option: 3 45 g
Option: 4 65 g

50 mL of 0.2 M ammonia solution is treated with 25 mL of 0.2 M HCl. If pK_b of ammonia solution is 4.75, the pH of the mixture will be :
Option: 1 3.75
Option: 2 4.75
Option: 3 8.25
Option: 4 9.25

$CH_3-CH=CH-CH_3+Br_2\overset{CCl_4}{\rightarrow}A$

What is A?

Option: 1

$CH_3-CH(Br)-CH_2-CH_3$

Option: 2

$CH_3-CH(Br)-CH(Br)-CH_3$

Option: 3

$CH_3-CH_2-CH_2-CH_2Br$

Option: 4

None

$\mathrm{NaNO_{3}}$ when heated gives a white solid A and two gases B and C. B and C are two important atmospheric gases. What is A, B and C ?

Option: 1

$\mathrm{A}: \mathrm{NaNO}_2 \mathrm{~B}: \mathrm{O}_2 \mathrm{C}: \mathrm{N}_2$

Option: 2

$A: \mathrm{Na}_2 \mathrm{OB}: \mathrm{O}_2 \mathrm{C}: \mathrm{N}_2$

Option: 3

$A: \mathrm{NaNO}_2 \mathrm{~B}: \mathrm{O}_2 \mathrm{C}: \mathrm{Cl}_2$

Option: 4

$\mathrm{A}: \mathrm{Na}_2 \mathrm{OB}: \mathrm{O}_2 \mathrm{C}: \mathrm{Cl}_2$

$C_1+2 C_2+3 C_3+\ldots .n C_n=$

Option: 1

$2^n$

Option: 2

$\text { n. } 2^n$

Option: 3

$\text { n. } 2^{n-1}$

Option: 4

$n \cdot 2^{n+1}$

A capacitor is made of two square plates each of side 'a' making a very small angle $\alpha$ between them, as shown in the figure. The capacitance will be close to :
Option: 1 $\frac{\epsilon _{0}a^{2}}{d}\left ( 1 - \frac{\alpha a }{4 d } \right )$

Option: 2 $\frac{\epsilon _{0}a^{2}}{d}\left ( 1 + \frac{\alpha a }{4 d } \right )$

Option: 3 $\frac{\epsilon _{0}a^{2}}{d}\left ( 1 - \frac{\alpha a }{2 d } \right )$

Option: 4 $\frac{\epsilon _{0}a^{2}}{d}\left ( 1 - \frac{3 \alpha a }{2 d } \right )$

Among the following compounds, the increasing order of their basic strength is
Option: 1 (I) < (II) < (IV) < (III)
Option: 2 (I) < (II) < (III) < (IV)
Option: 3 (II) < (I) < (IV) < (III)
Option: 4 (II) < (I) < (III) < (IV)

An ideal gas undergoes a quasi static, reversible process in which its molar heat capacity C remains constant. If during this process the relation of pressure P and volume V is given by PVⁿ=constant, then n is given by (Here C_P and C_V are molar specific heat at constant pressure and constant volume, respectively)
Option: 1 $n=\frac{C_{p}}{C_{v}}$

Option: 2 $n=\frac{C-C_{p}}{C-C_{v}}$

Option: 3 $n=\frac{C_{p}-C}{C-C_{v}}$

Option: 4 $n=\frac{C-C_{v}}{C-C_{p}}$

As shown in the figure, a battery of emf $\epsilon$ is connected to an inductor L and resistance R in series. The switch is closed at t = 0. The total charge that flows from the battery, between t = 0 and t = t_c (t_c is the time constant of the circuit ) is :

Option: 1 $\frac{\epsilon L }{R^{2}} \left ( 1 - \frac{1}{e} \right )$
Option: 2 $\frac{\epsilon L }{R^{2}}$

Option: 3 $\frac{\epsilon R }{eL^{2}}$

Option: 4 $\frac{\epsilon L }{eR^{2}}$

As shown in the figure, a particle of mass 10 kg is placed at a point A. When the particle is slightly displaced to its right, it starts moving and reaches the point B. The speed of the particle at B is x m/s. (Take g = 10 m/s² ) The value of 'x' to the nearest is ___________.
Option: 1 10
Option: 2 20
Option: 3 40
Option: 4 15

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