CUET Chemistry 2025 Question Paper with Solutions: Download PDF Here

CUET Chemistry 2025 Question Paper with Solutions: The Common University Entrance Test (CUET) for undergraduate programmes is conducted by the National Testing Agency (NTA) for admissions to prestigious Central Universities and other participating institutions. The CUET Chemistry exam is a significant domain-specific subject chosen by thousands of aspirants aiming to pursue undergraduate courses in Chemistry or related fields across India. With CUET 2025 scheduled between 13 May to 3 June, 2025, this article offers a detailed overview of the CUET Chemistry 2025 Question Paper, its syllabus, exam pattern, and solutions (to be released post-exam).

CUET 2025 Chemistry Syllabus and Exam Pattern

To succeed in the CUET 2025 Chemistry paper, it is essential to understand the CUET 2025 syllabus as per the NCERT Class 12 and the CUET 2025 Exam Pattern set by NTA.

CUET Chemistry Exam Pattern 2025

CUET Chemistry Syllabus (As per NCERT)

Topics include:

• Physical Chemistry: States of Matter, Thermodynamics, Equilibrium, Electrochemistry, Chemical Kinetics, Surface Chemistry

• Inorganic Chemistry: Periodic Table, Coordination Compounds, Hydrogen, The p-Block, d- and f-Block Elements, Metallurgy

• Organic Chemistry: Basic Principles, Hydrocarbons, Haloalkanes, Alcohols, Aldehydes, Amines, Biomolecules, Polymers

• Environmental Chemistry: Environmental pollutants, Ozone depletion, Green chemistry

CUET Chemistry 2025 Question Paper Analysis

The CUET 2025 Chemistry question paper is designed to test students’ understanding of core concepts from NCERT and related syllabus. This detailed analysis of the CUET 2025 chemistry question paper highlights the difficulty level, important topics, and types of questions asked in multiple shifts, helping future aspirants prepare effectively for the exam.

CUET 2025 Chemistry – 30th May (Shift 2) Analysis

• Paper was easy.

• Question was asked on IUPAC name of Metacresol

• Question was asked on Formula of Freon

• Question was asked from Swarts Reaction

• Question was asked from Azo Coupling Reaction

• Question was asked from SN2 Reaction in Aryl Halide

• 2 questions were asked from Boiling Point

• 2 questions were asked on Basic Nature

• Question was asked on Application of Henry’s Law

• Question was asked on Molality

• Question was asked on Hybridisation

• Question was asked from Biomolecules – Uracil Structure

• Question was asked on Amino Acids – Match the Following
  
  

CUET 2025 Chemistry – 29th May (Shift 1) Analysis

Easy to Moderate | Numerical, Conceptual, and Matching-Type Mix

• A matching-type question from ideal and non-ideal solutions was included.

• Colligative properties were tested through a formula-based numerical.

• Chemical kinetics had a rate law question based on first-order reactions.

• Molecularity was assessed through a statement-based conceptual question.

• Electrochemistry had numerical-based application questions.

• Coordination compounds included an IUPAC nomenclature question.

• A question related to the structure and function of Cisplatin was asked.

• Increasing order of unpaired electrons was tested conceptually.

• Lanthanide contraction was directly asked.

• A paragraph-based question focused on vitamins.

• Organic chemistry included questions from phenol and benzoic acid compounds.

• HVZ reaction and Tollens’ reagent-based questions were also present.

CUET 2025 Chemistry – 28th May (Shift 1) Analysis

Easy to Moderate Chemistry Exam with Focus on Electrochemistry, Coordination Compounds, and Biomolecules

• Exam difficulty easy to moderate, with questions directly from NCERT Class 12 Chemistry syllabus.

• Matching questions on azeotropes, ideal and non-ideal solutions tested solution chemistry concepts.

• Statement-based questions from complex reactions and catalysts frequently appeared.

• Graphical zero-order reaction questions tested kinetics knowledge.

• Electrochemistry included conceptual questions on Faraday’s law and battery cells.

• Coordination chemistry covered magnetic moment and oxidation state arrangement topics.

• Organic chemistry questions focused on biomolecules, vitamin K deficiency, and glucose structure stereochemistry.

CUET 2025 Chemistry – 28th May (Shift 2) Analysis

Easy to Moderate Difficulty Chemistry Paper with Focus on Rate of Reaction, SN2 Reaction Rate, and Named Reactions

• The CUET Chemistry paper was rated easy to moderate, accessible for NCERT-focused students.

• Important questions on T50 and T100 concepts tested understanding of reaction kinetics.

• Formula-based question on alum and double salt appeared, emphasizing inorganic chemistry knowledge.

• Rate of reaction and SN2 reaction rate questions tested practical chemical kinetics application.

• Aniline basic strength question assessed fundamental organic chemistry.

• Coupling reaction and matching-type named reactions questions evaluated mechanism understanding.

• Anomers-related question tested carbohydrate stereochemistry and organic biomolecules.

CUET 2025 Chemistry – 27th May (Shift 2) Analysis

Easy to Moderate Chemistry Paper with Organic Acidic Nature and Colligative Properties Focus

• Paper was easy to moderate with majority straightforward questions.

• Organic chemistry question on acidic nature of benzoic acid tested fundamental concepts.

• Solutions-based question involving urea density calculation was included.

• IUPAC nomenclature and basic strength of aqueous compounds tested.

• Matching questions on vitamin sources and essential amino acids appeared.

• SN1 reactivity order and colligative properties numerical (freezing point depression) were key topics.

• Theoretical question on osmotic pressure and chemical equation of lead storage battery appeared.

CUET 2025 Chemistry – 24th May (Shift 2) Analysis

Moderate Difficulty Chemistry Paper with Balanced Organic, Inorganic, and Physical Chemistry Topics

• The paper was moderately difficult with a balanced distribution of questions across topics.

• Numerical questions mainly focused on colligative properties and chemical kinetics.

• Organic chemistry emphasized IUPAC naming, functional group identification, and reaction mechanisms.

• Inorganic questions covered vitamin deficiency diseases, periodic trends, and theory-based concepts.

• Electrochemistry questions tested conceptual understanding and formula application.

• Some questions required reasoning beyond rote memorization, testing deeper conceptual knowledge.

• Students advised to review colligative properties, kinetics, and IUPAC nomenclature for scoring.

CUET 2025 Chemistry – 23rd May (Shift 2) Analysis

Easy to Moderate Chemistry Paper Focused on NCERT-Based Electrochemistry and IUPAC Naming Questions

• Paper difficulty easy to moderate, questions based on NCERT syllabus with minimal deviations.

• Comprehension-type paragraph question on electrochemistry and kinetics tested application skills.

• Biomolecules were less emphasized with fewer questions.

• Matching question on naming reactions checked reaction knowledge.

• Two IUPAC nomenclature questions confirmed focus on organic chemistry basics.

• Numerical/conceptual question on conductance unit appeared.

• A difficult coordination chemistry question was included.

CUET 2025 Chemistry – 22nd May (Shift 1) Analysis

Easiest Chemistry Paper Among PCM Subjects with Direct NCERT Questions and Balanced Topic Coverage

• Majority of questions directly from NCERT, very familiar to well-prepared students.

• 8-10 straightforward numerical questions, mostly formula-based.

• Important topics included solutions, chemical kinetics, biomolecules, and coordination compounds.

• Balanced coverage of organic, inorganic, and physical chemistry.

• Paper considered comfortable and predictable by students.

CUET 2025 Chemistry – 21st May (Shift 1) Analysis

Easy to Moderate Difficulty Chemistry Exam with Focus on Organic Reactions, Coordination Chemistry, and Physical Chemistry

• Organic Chemistry (25–27 questions) tested Sandmeyer reaction, Hinsberg reagent, common compound names, maltose and sucrose hydrolysis, and DNA/RNA bases.

• Inorganic Chemistry (11–12 questions) included CFSE, d- and f-block properties, and transition metal compound colors.

• Physical Chemistry (12–13 questions) focused on molality, solubility, isotonic solutions, kinetics, catalysts, electrochemistry, and Nernst equation applications.

• Few numerical problems; mostly theoretical requiring deeper understanding.

CUET 2025 Chemistry – 21st May (Shift 2) Analysis

Easy to Moderate Chemistry Paper Closely Following NCERT with Focus on Organic and Inorganic Chemistry

• Paper mirrored NCERT syllabus making it approachable for well-prepared students.

• Organic chemistry dominated with inorganic chemistry following; fewer physical chemistry questions.

• Questions were factual and focused on core concepts and reactions from NCERT.

• Paper followed standard patterns without unexpected or tricky questions.

• Thorough NCERT revision was beneficial for scoring.

CUET 2025 Chemistry – 20th May (Shift 2) Analysis

Easy to Moderate Difficulty Chemistry Paper with Emphasis on Coordination Compounds and Aldehydes/Ketones

• Paper factual and straightforward, primarily from NCERT textbooks.

• Equal weightage given to inorganic and organic chemistry.

• Physical chemistry questions were formula-based and simple.

• Scoring for students with strong memory of NCERT theory.

CUET 2025 Chemistry – 19th May (Shift 1) Analysis

Easy to Moderate Chemistry Paper with Theory-Heavy Questions and Focus on Solutions and Isomerism

• Conceptual and theory-based questions dominated; no out-of-syllabus questions.

• Some confusing options made certain questions tricky.

• Several questions were from previous year papers (PYQs).

• Topics included freezing point, Raoult’s law, Lucas test, isomerism, optical activity, and sucrose structure.

CUET 2025 Chemistry – 19th May (Shift 2) Analysis

Moderate Difficulty Chemistry Paper with Mix of Conceptual and Application-Based NCERT Questions

• Included questions from organic reaction mechanisms and IUPAC nomenclature.

• Physical chemistry numerical problems from mole concept, thermodynamics, and equilibrium.

• Inorganic chemistry focused on periodic table trends and coordination compounds.

CUET 2025 Chemistry – 16th May (Shift 1) Analysis

Easy to Moderate Chemistry Paper with Focus on Organic Mechanisms, Magnetic Moments, and Biochemical Concepts

• Organic chemistry bulk with 25-27 questions, including Hoffman Bromamide and ether reactions.

• Questions on hydrolysis of cellulose and propene chemistry.

• Magnetic moment and unpaired electron questions in inorganic chemistry.

• Isotonic solution and animal starch questions to test biochemical knowledge.

CUET 2025 Chemistry – 16th May (Shift 2) Analysis

Moderate Difficulty Chemistry Paper with Emphasis on Chemical Kinetics, Electrochemistry, and Coordination Chemistry

• Prominent organic chemistry reaction and mechanism-based questions.

• Numerical problems straightforward but required accuracy.

• Assertion-Reason and statement-based questions tested in-depth understanding.

• NCERT-based factual questions focused on direct knowledge.

CUET 2025 Chemistry – 15th May (Shift 1) Analysis

Easy to Moderate Chemistry Paper with Heavy Organic and Coordination Compounds Coverage

• Organic chemistry highest weightage (27 questions) including IUPAC naming, Werner’s theory, Tollen’s/Fehling’s/Schiff’s reagent matching, nucleophilic substitution, and cumene process.

• Coordination compounds tested via a paragraph question with multiple sub-questions.

• Physical chemistry topics included Van’t Hoff factor, Henry’s law, electrochemistry, kinetics, pseudo first-order reaction, and acidic strength.

• D & F block inorganic questions focused on 3d series and ionization energies.

CUET 2025 Chemistry – 14th May (Shift 1) Analysis

Moderate Difficulty Chemistry Paper with Focus on Van’t Hoff Factor, Chemical Kinetics, and Coordination Chemistry

• Questions on Van’t Hoff factor and colligative properties.

• Numerical problems on rate and order of reaction from kinetics.

• Multi-statement tricky questions assessing deeper understanding of chemical principles.

• Passage-based question on electrolytic cells.

• Questions on chelate effect, ambidentate ligands, magnetic moment, d- and f-block properties.

• Reaction-based questions including Rosenmund reduction, Tollens’, Fehling’s, HVZ reaction, and nitration.

• Carbohydrate chemistry questions on glucopyranose and sucrose hydrolysis.

• Boiling point order related to intermolecular forces tested.

CUET 2025 Chemistry – 14th May (Shift 2) Analysis

Easy to Moderate Chemistry Paper Focused on NCERT Concepts and Direct Questions

• Direct, NCERT-based questions with minimal tricky or application-heavy problems.

• Students found it scoring if NCERT Class 12 chapters revised properly.

• Memory-based questions included Tyndall effect, order of basicity among amines, electrolysis concepts, molarity numericals, and SN1 vs SN2 mechanisms.

CUET 2025 Chemistry – 13th May (Shift 1) Analysis

Easy to Moderate Chemistry Paper with Heavy Focus on Organic Chemistry and Coordination Compounds

• Overall easy to moderate difficulty, scoring for well-prepared students.

• Major focus on organic chemistry (24 questions) including mechanisms, reactions, and conversions.

• Coordination compounds had 7 questions on IUPAC naming and properties.

• Biomolecules and solutions had limited questions focusing on molality and Van’t Hoff factor.

• Chemical kinetics (3 questions) tested rate constant units and reaction rates.

• Electrochemistry (4 questions) included EMF comparison and Nernst equation.

• D- and F-block elements tested on properties and applications.

• Practical application question on molality from % weight by weight concentration.

• Fewer numerical questions reduced calculation load.

CUET 2025 Chemistry – 13th May (Shift 2) Analysis

Moderate Difficulty Chemistry Paper Covering Organic, Inorganic, and Physical Chemistry Topics

• Organic chemistry questions on reaction mechanisms, IUPAC nomenclature, and isomerism.

• Inorganic chemistry included periodic trends, coordination compounds, and metallurgy.

• Physical chemistry covered mole concept, thermodynamics, and equilibrium with calculations.

• Surface chemistry and biomolecules featured with straightforward questions.

• Chemical bonding and molecular structure had conceptual questions.

• Practical-based salt analysis and titration questions included.

• Students found the paper balanced with equal weightage to all units.

CUET Chemistry Sample Questions 2025

Here are some sample practice questions for the CUET 2025 Chemistry Examination.

Question 1. The mechanism of action of "Terfenadine'' (Seldane) is:

1. Activates the histamine receptor

2. Inhibits the secretion of histamine

3. helps in the secretion of histamine

4. inhibits the action of histamine receptor

Solution: Seldane is an antihistamine drug.

The mechanism of action of “Terfenadine” (Seldane) is to inhibit the action of histamine receptor.

Therefore, the correct option is (4).

Question 2. Consider the reaction sequence given below

The major product obtained in the reaction sequence is

Solution: The given reaction sequence occurs as

Hence, the correct answer is option (3)

Question 3. Amides can be prepared by the reaction of Ammonia with acid and it's derivatives which of the following substrate would give this reaction with the greatest ease?

1. CH3COOH

2. 

3. 

4. 

Solution: The reaction involves nucleophilic substitution at acyl carbon and the ease of substitution increase with the increase in leaving group ability.

Thus, the most reactive among the given acid and derivative is acid halide.

Hence, the correct answer is option (4)

Question 4. Which of the following dicarboxylic acids produces cyclopentanone upon heating instead of the cyclic anhydride?

1. Succinic acid

2. Glutanic acid

3. Adipic acid

4. Pimelic acid

Solution: Cyclic anhydrides are only obtained. When a 5 or 6 membered ring is formed. Larger cyclic anhydrides are not formed and instead cyclic ketones are formed accompanied by loss of in the dicarboxylic acid

Hence, the correct answer is option (3).