The MHT CET exam for the PCM group has conducted its second last session of the examination today, 26th April 2025. Similar to other sessions through 19 and 25th, this session was between moderate and difficult. The exam analysis can help the students understand what to expect in the upcoming sessions, and can also help them get an idea about the expected result of the exam and the cutoff.
A difficult exam would lead to lower cutoffs while an easier exam would lead to higher cutoffs. So the candidates can make an informed choice about the colleges that they can apply to, and more. Read the full article to check the complete analysis for MHT CET PCM, April 26th session. The analysis has been provided for both the shifts - morning and afternoon.
MHT CET - April 26: Shift 1 Analysis (9 to 12 p.m.)
Subject | Shift 1 Analysis |
Physics | Easy to Moderate |
Chemistry | Moderate to Difficult |
Mathematics | Moderate to Difficult |
MHT CET - April 26: Shift 2 Analysis (2 to 5 p.m.)
Subject | Shift 2 Analysis |
Physics | To Be Updated |
Chemistry | To Be Updated |
Mathematics | To Be Updated |
MHT CET Analysis available for:
- MHT CET Paper Analysis for PCM April 25: Shift 1 and 2
- MHT CET 2025 PCB group exam
- MHT CET PCM 19th April Exam Analysis
- MHT CET PCM Exam 20th April Analysis
- MHT CET PCM April 21 Analysis
- MHT CET exam - PCM: 22nd April Analysis
MHT CET 2025 PCM Paper Analysis Previous Shifts
The complete analysis is not yet available, however, based on past trends, the following analysis can be taken into consideration. A clear analysis will be available soon.
Subject | Difficulty Level | Key Topics | Remarks |
Chemistry | Easy to Moderate | Redox Reactions, IUPAC Nomenclature, Coordination Compounds, Oxidation Number, EAN | Mostly NCERT-based questions; scoring section for prepared students |
Mathematics | Moderate to Difficult | Vectors and 3D, Derivatives, Integration, Relations and Functions | Time-consuming; heavy on calculations |
Physics | Moderate | Laws of Motion, Thermodynamics, Kinetic Theory of Gases, Electricity & Magnetism, Rotational Dynamics | Mix of conceptual and formula-based questions |
