MHT CET vs JEE: Check Comparison, Difficulty Level, Pattern

Confused about MHT CET vs JEE Main examination? We have listed out the differences and similarities of both the exams in terms of exam pattern, syllabus, difficulty level for your reference!

MHT CET vs JEE - the first difference between these two exams is that MHT CET is a state-level entrance examination conducted for admission to institutions in the state of Maharashtra. Whereas, JEE Main is a national-level entrance examination conducted for admission to institutions across India.

Table of Contents

MHT CET vs JEE Main
MHT CET vs JEE Main Exam Pattern
MHT CET vs JEE Main Syllabus
MHT CET Vs JEE Main: Which Exam Is More Difficult?

MHT CET vs JEE Main

Both MHT CET and JEE Main entrance exams are perceived to be of the same difficulty level. However, candidates must understand that MHT CET can be cracked with JEE Main (Paper 1) preparation as the questions will mostly be based on the state’s board syllabus. Whereas, JEE Main cannot be cracked with MHT CET’s preparation. JEE Main requires intense preparation as the questions will be more conceptual. Candidates must have a thorough and deep understanding of the topics for JEE Main preparation. A few other MHT CET vs JEE Main differences are tabulated below.

MHT CET vs JEE Main
Particulars	MHT CET	JEE Main (Paper 1)
Level of Exam	State-Level	National-Level
Nature of Questions	Formula-substitution type questions	More conceptual questions
Total Number of Questions	Students have to attempt 150 questions in 3 hours	Students have to attempt 75 questions in 3 hours
Speed or Accuracy	Speed because 150 questions are to be attempted in 3 hours	Accuracy
Competition	Comparatively less competition, since the exam is of state level.	Has a higher level of competition since the students who attempt JEE

MHT CET vs JEE Main Exam Pattern

The exam pattern of entrance examinations is vital to the aspirants’ preparation. The followings are the differences and similarities in the MHT CET vs JEE Main exam patterns.

MHT CET vs JEE Main Exam Pattern
Particulars	MHT CET	JEE Main (Paper 1)
Exam Mode	Computer Based Test	Computer Based Test
Duration	3 Hours	3 Hours
Medium	English	English, Hindi, Assamese, Bengali, Gujarati, Kannada, Marathi, Malayalam, Odia, Punjabi, Tamil, Telugu, and Urdu.
Sections	Physics, Chemistry, Mathematics	Physics, Chemistry. Mathematics
Total Number of Questions	150 questions	90 (Candidates have to answer 75)
Type of Questions	Multiple Choice Questions (MCQs)	Multiple Choice Questions (MCQs)
Marking Scheme	Physics & Chemistry – 1 mark will be given for each correct answerMathematics – 1 mark will be given for every correct answer	4 marks for every right answer
Negative Marking	No negative marking	MCQs – 1 mark will be deducted for every wrong answer.Numeric Value Questions – No negative marking.

Read More:

JEE Main Exam Pattern 2023

MHT CET Exam Pattern 2023

MHT CET vs JEE Main Syllabus

The MHT CET syllabus topics are covered in class 11 and class 12 board exam syllabus from the NCERT books. Though the JEE Main syllabus is also from the class 11 and class 12 board exam syllabus, the concepts of JEE Main require very deep learning. On the other hand, since the candidates have to attend 150 questions in 3 hours in the MHT CET exam, the calculation and answering speed of the candidates must be worked on. In recent times, there are a few topics that are in JEE Main’s syllabus but not included in MHT CET’s syllabus.

The subject-wise topics of JEE Main that aren’t to be covered in MHT CET are as follows.

Subject-wise topics of JEE Main that aren’t to be covered in MHT CET
Subject	Topics
Mathematics	Properties of Determinants Area of Triangle Family of Lines Condition of Tangency Solution of Quadratic Equations in Complex Number Systems Arithmetic and Geometric Progressions Sum up to n terms of Arithmetic and Geometric Uniqueness of Inverse of a Matrix Proofs of Properties of Inverse Trigonometric Functions Vector Triple Product Rolle’s Theorem Lagrange’s Mean Value Theorem Integral as limit of a sum Linear Differential Equation
Physics	Accuracy and precision of measuring Instruments Newton’s Law of Motion Law of conservation of linear momentum Temperature and Heat Change of State Longitudinal and transverse waves Principle of superposition of waves Electric Charge Proof of the Gauss’ law Electric dipole Continuous charge distribution Electric Current Drift velocity Ohm's law Electrical energy and power Resistors Ultraviolet Rays, X & Gamma Ray Modulation Semiconductor Devices Rolling Motion Bernoulli Equation Behaviour of a gas Ideal Gas and Real Gas Mean Free Path Law of Equipartition of Energy Second Law of Thermodynamics Damped Oscillations Free Oscillations, Forced Oscillations and Resonance Reflection of waves Polarization Refraction of light at a Plane Boundary between two media Resolving Power Equipotential Surfaces Conductors and insulators Cyclotron Motion Torque Acting on a Magnetic Dipole in a Uniform Magnetic Field Magnetic Properties of Materials Hysteresis Permanent Magnet and Electromagnet A.C. Generator Power in A.C. Circuits Davisson and Germer experiment Radioactive Decays Zener Diode
Chemistry	Matter State of Matter Daltons atomic theory Scientific Figures Calculations with significant figures Chromatography Kossel and Lewis approach to chemical bonding Ionic Bond Lattice enthalpy Covalent Bonding Hydrogen Hydrogen Peroxide Allotropes of Carbon Liquid State Factors affecting vapour pressure Application of surface tension Adsorption isotherms Homogeneous Catalysis Heterogeneous catalysis Preparation of colloids Coagulation Methods of coagulation Application of equilibrium constant Combustion Structure of Benzene Crystalline solid Amorphous solid Electrical properties of solids Magnetic properties of solids Demonstration and Exceptions to Henry’s Law Van’t Hoff factor Modification of expressions of colligative property Van’t Hoff factor and degree of dissociation Properties of Buffer Common ion effect and solubility Gibbs energy Electrodes Dry cell and lead accumulator; Fuel cells Collision theory of bimolecular reactions Temperature dependence of reaction rate Compounds of Xenon Factors affecting Crystal Field splitting parameters Classification of polymers Preparation of Bakelite

MHT CET Vs JEE Main: Which Exam Is More Difficult?

As mentioned above, even though the MHT CET and JEE Main examinations’ difficulty level is perceived to be the same, JEE Main requires intense preparation and deeper knowledge and understanding of the concepts.

Additionally, being a national-level examination, JEE Main has higher competition and is attempted by lakhs of students. Whereas, competition is lesser for MHT CET as it is limited to the candidates in the state of Maharashtra. These features make JEE Main more difficult than MHT CET.