MHT CET Chemistry IMPORTANT TOPICS 2026 to Score High
- Divya Shinde
- 17 hours ago
- 5 min read

If you’re targeting a high score in MHT CET 2026 Chemistry, strategic preparation is key. Unlike other subjects, Chemistry in MHT CET is considered the most scoring section because questions are largely NCERT‑based, conceptual, and formula‑driven—making it easier to master with the right focus. In this comprehensive guide, we’ll break down the MHT CET Chemistry Important Topics 2026, their weightage, preparation strategies, books to use, and answer common student questions to help you score top marks.
Why Focus on MHT CET Chemistry Important Topics 2026?
Chemistry is a scoring subject in MHT CET, and a smart revision strategy focused on important chapters can boost your overall performance. Compared to Physics and Mathematics, Chemistry questions are mostly conceptual with fewer tricky numerical problems. With the proper focus on weightage and high‑yield chapters, cracking 40+ marks in Chemistry becomes achievable.
Understanding the MHT CET Chemistry Exam Pattern
Before diving into topics, let’s understand what the Chemistry section looks like:
Questions Type: Multiple Choice Questions (MCQs)
Total Marks: Chemistry carries approximately 50–60 marks out of 200 for PCM candidates.
Syllabus Source: Class 11 and 12 State Board/NCERT syllabus.
Weightage Focus: Major portion comes from Class 12, but Class 11 topics are also tested.
This makes it crucial to track chapter‑wise weightage and plan your preparation accordingly.
MHT CET Chemistry Important Topics 2026 — High Weightage Chapters
Below is a breakdown of the most scoring and high‑weightage Chemistry topics for MHT CET 2026 based on trends and pattern analysis:
1. Chemical Thermodynamics & Energetics (Highest Priority)
This chapter consistently carries the highest weightage in MHT CET Chemistry 2026. Expect questions based on energy changes, enthalpy, entropy, Gibbs Free Energy, and spontaneity.
Key sub‑topics to focus:
Laws of thermodynamics
Enthalpy and Hess’s Law
Entropy & Gibbs Free Energy
Thermochemical equations
Why important:High marks potential with theoretical and numerical questions.
2. p‑Block Elements (Group 15 to 18)
The p‑block section tests your knowledge of properties, trends, and reactions of elements belonging to Groups 15–18.
Focus areas:
Trends across the group
Compounds and their properties
Reactivity and periodic patterns
This chapter helps in scoring consistent marks as most questions are direct and conceptual.
3. Coordination Compounds
Coordination chemistry is often one of the most question‑rich areas as per wafer‑thin pattern observations.
Crucial topics:
Nomenclature
Ligands types
Crystal field theory basics
Isomerism and magnetic properties
Coordination compounds blend inorganic terms with application‑based thinking—perfect for scoring.
4. d‑Block and f‑Block Elements
Transition metals and inner transition elements form a significant portion of inorganic chemistry.
What to focus:
Electronic configuration
Oxidation states
Trends in metallic properties
Usually carries similar weightage to p‑block elements, so don’t overlook it.
5. Alcohols, Phenols & Ethers
Organic chapters like this can be scoring if you cover preparation methods, reactions, and mechanisms thoroughly.
Key points:
IUPAC naming
Reaction mechanisms
Physical properties and uses
Quick revision tables help greatly here.
6. Organic Compounds Containing Nitrogen
This chapter includes amines, diazonium salts, and nitro compounds that frequently appear in MHT CET.
Focus on:
Basicity trends of amines
Preparation and reactions of major nitrogen‑containing compounds
7. Solid State Chemistry
Questions here test knowledge of crystal lattices, packing efficiency, unit cells, and defects.
Solid State is a middle‑weight chapter that students often find scoring with regular practice.
8. Solutions & Colligative Properties
This chapter is straightforward if you practice enough problems on Raoult’s Law, molality, and vapour pressure.
Expect both theory and numerical problems.
9. Chemical Kinetics
This chapter tests your understanding of reaction rates, rate laws, and mechanism basics.
10. Aldehydes, Ketones & Carboxylic Acids
Important in organic chemistry, focusing on functional group reactions and mechanisms.
11. Biomolecules and Polymers
Smaller chapters but frequently included in CET with conceptual questions.
12. Chemistry in Everyday Life
This is an important bridge chapter that tests real‑world applications of Chemistry principles and adds easy marks.
Chapter‑Wise Weightage Snapshot for MHT CET Chemistry 2026
To plan your study time, here is a summary of the approximate weightage distribution of important topics:
Topic | Approx Weightage |
Chemical Thermodynamics & Energetics | ~14–15% |
p‑Block Elements | ~8–9% |
Coordination Compounds | ~8–9% |
d‑ & f‑Block Elements | ~6–8% |
Alcohols, Phenols & Ethers | ~7–8% |
Organic Compounds Containing Nitrogen | ~7–8% |
Solid State | ~5–6% |
Solutions & Colligative Properties | ~5–6% |
Chemical Kinetics | ~4–5% |
Aldehydes, Ketones & Carboxylic Acids | ~4–5% |
Biomolecules | ~3–4% |
Polymers | ~3–4% |
Chemistry in Everyday Life | ~4–5% |
High‑Yield Study Strategy to Score High
Now that you know the MHT CET Chemistry Important Topics 2026, let’s discuss smart preparation.
1. Start with NCERT Textbooks
Your primary resource should always be Class 11 and 12 NCERT Chemistry books. Most questions are directly taken from NCERT facts, definitions, and reactions.
2. Practice Previous Year Questions (PYQs)
Regular practice of PYQs from last five years will help you identify the pattern of questions and repeated conceptual areas.
3. Focus on Physical Chemistry First
Physical chapters like Thermodynamics, Solutions, Kinetics appear frequently with higher marks. Scoring strong here boosts overall average quickly.
4. Make Short Notes & Flashcards
For organic and inorganic topics like organic reactions, periodic trends, and coordination chemistry rules, create quick revision notes.
5. Time Management during Preparation
Ensure you allocate time proportionate to chapter weightage. High‑weight chapters deserve deeper focus.
6. Mock Tests & Revision
Regular mock tests help build exam temperament and identify weak areas. Revise every chapter at least 3–4 times.
MHT CET Chemistry Important Topics 2026 — FAQs
Q1: What are the top MHT CET Chemistry Important Topics 2026 that I must focus on?
A1: Focus on Chemical Thermodynamics & Energetics, p‑block elements, Coordination Compounds, d/f block elements, Organic Chemistry (Alcohols, Phenols, Ethers & Nitrogen compounds), Solid State, Solutions, and Chemical Kinetics to maximize scores.
Q2: Which chapters in Chemistry carry the highest weightage in MHT CET 2026?
A2: Chemical Thermodynamics & Energetics carries the highest weight (~15%), followed by p‑block elements and Coordination Compounds (~8–9% each).
Q3: Can I score 40+ marks in Chemistry if I only focus on important topics?
A3: Yes — with a focused revision plan covering high‑weightage chapters and regular practice of MCQs and PYQs, scoring above 40 marks in Chemistry is achievable.
Q4: Should I skip 11th standard Chemistry chapters?
A4: No. Although Class 12 chapters carry more weight, 11th topics like Some Basic Concepts, Chemical Bonding, and States of Matter still contribute to your overall Chemistry score.
Conclusion
Preparing for MHT CET Chemistry Important Topics 2026 with the right strategy can significantly increase your score. Focus on high‑weightage chapters like Thermodynamics, p‑block elements, Coordination Compounds, and Organic Chemistry. Combine that with consistent practice, mock tests, and revision, and you will be set to score high in the Chemistry section.
Boost Your MHT CET 2026 Chemistry Score — Start Now!
Are you ready to master MHT CET Chemistry Important Topics 2026 and score high? Take action today with these resources:
Download Free Chapter-Wise Notes: Click Here
Practice Previous Year Chemistry Questions: Click Here
Access MHT CET Mock Tests & Quizzes: Click Here
Explore Recommended Books for Chemistry Preparation: Click Here
Join Online Coaching & Strategy Sessions: Click Here



Comments