title: Mathematics - Preparation Strategy FAQs description: Common questions and answers about mathematics preparation for CUET-UG categories: tags:

  • ncert-based
  • domain-specific
  • preparation-guide
  • preparation
  • medium
  • mock-test weight: 5

Mathematics - Frequently Asked Questions (FAQs)

This page compiles common questions and answers about mathematics preparation for CUET-UG based on student discussions and expert guidance.


Preparation Strategy

Q1. How to prepare for Discrete Mathematics for CUET-UG ?

Expected Weightage The Common University Entrance Test (CUET) for Discrete Mathematics has shown certain trends in its marking pattern and chapter-wise weightage over the last three years (2021-2023). Below is a detailed analysis based on available data: 1. Overall Marking Pattern (2021-2023) Total Marks: 100 (varies slightly based on university-specific patterns). Question Type: Mostly MCQs (Multiple Choice Questions). Negative Marking: -1 for wrong answers in most cases (varies slightly by university). Difficulty Level: Moderate to high, with emphasis on proofs, logic, and applications. 2. Chapter-wise Weightage (Trends) Here’s a breakdown of the most frequently tested chapters based on past papers: Chapter****Weightage (2021)****Weightage (2022)****Weightage (2023)TrendMathematical Logic20-25%18-22%20-24%StableSet Theory Relations15-18%16-20%14-18%Slight DipGraph Theory18-22%20-25%22-26%IncreasingCombinatorics12…

Key Points:

  • Key Observations

    High Weightage Topics: Mathematical Logic (Propositional Predicate Logic) and Graph Theory (Trees, Connectivity, Planar Graphs) dominate

  • Set Theory Relations remains important but slightly declining

  • Preparation Strategy

    Focus Areas:
    Logic Proof Techniques (Direct, Contradiction, Induction)


Q2. How to prepare for Calculus for CUET-UG ?

Expected Weightage The Common University Entrance Test (CUET) for Mathematics/Applied Mathematics includes Calculus as a significant part of the syllabus. Below is an analysis of the marking pattern and chapter-wise weightage for Calculus over the last three years (2022-2024). CUET Calculus Marking Pattern (2022-2024) Total Marks for Mathematics Section: 50 Questions (40 to be attempted) 1 Mark per question (No negative marking for incorrect answers in 2024; earlier, -0.25 was deducted). Calculus Weightage in Mathematics: Approx. 30-35% of the total Mathematics section (12-15 marks). Difficulty Level: Moderate to High (Questions often involve application-based problems). Chapter-wise Weightage in Calculus (Last 3 Years) The Calculus portion in CUET typically covers the following chapters with varying weightage: Chapter****Weightage (2022-2024)Key TopicsLimits Continuity2-3 marksLimits, L’Hôpital’s Rule, Continuity*…

Key Points:

  • Chapter-wise Weightage in Calculus (Last 3 Years)

The Calculus portion in CUET typically covers the following chapters with varying weightage:

Chapter    Weightage (2022-2024)    Key Topics      Limits  Continuity   2-3 marks  Limits, L'Hôpital's Rule, Continuity     Differentiation   4-5 marks  Derivatives, Chain Rule, Implicit Differentiation     Applications of Derivatives   3-4 marks  Maxima/Minima, Rate of Change, Tangents/Normals     Integration   4-5 marks  Indefinite  Definite Integrals, Substitution, By Parts     Differential Equations   2-3 marks  First-order ODEs, Variable Separable Form   

Trends Observations (2022-2024)

Increasing Application-Based Questions : More problems on Maxima/Minima, Rate of Change (Physics-based applications)

  • Reduced Direct Formula-Based Questions :

Earlier years had more straightforward differentiation/integration problems, but recent papers focus on conceptual clarity

  • Preparation Tips

    Focus Areas : Integration, Differentiation, Applications of Derivatives

Key Figures:

  • 50 Questions
  • 1 Mark
  • 15 marks
  • 3 Years
  • 3 marks

Q3. How to prepare for Vectors and 3D Geometry for CUET-UG ?

Expected Weightage The Common University Entrance Test (CUET) for Mathematics includes Vectors and 3D Geometry as key topics. Below is a detailed analysis of the marking pattern and chapter-wise weightage for these topics based on the last three years’ trends (2022-2024). 1. Overall Weightage in CUET Mathematics Total Marks in Mathematics Section: 50 (25 Questions × 2 Marks Each) Vectors 3D Geometry Combined Weightage: ~12-16 Marks (24-32%) Vectors: ~6-8 Marks 3D Geometry: ~6-8 Marks 2. Year-wise Breakdown (2022-2024) 2024 (Expected Trend) Vectors: 6-8 Marks Dot Cross Product (2-3 Qs) Scalar Triple Product (1 Q) Vector Equations of Lines/Planes (1-2 Qs) 3D Geometry: 6-8 Marks Direction Cosines/Ratios (1 Q) Line Plane in 3D (2-3 Qs) Distance Angle Between Lines/Planes (1-2 Qs) 2023 (Observed Pattern) Vectors: 7 Marks Projection of Vectors (1 Q) Cross Product Area (2 Qs) Vector Addition/Subtraction (1 Q) 3D Geometry:

Key Points:

  • Expected Weightage

The Common University Entrance Test (CUET) for Mathematics includes Vectors and 3D Geometry as key topics

  • Important Topics Their Marks Distribution

    Topic Sub-Topics Expected Marks (per year) Vectors Dot Cross Product 3-4 Marks Scalar Triple Product 1-2 Marks Vector Equations of Lines/Planes 2 Marks 3D Geometry Direction Cosines/Ratios 1-2 Marks Line Plane in 3D 3-4 Marks Distance Angle Formulas 2 Marks

    4

  • Key Observations

    Balanced Weightage: Both chapters contribute almost equally (6-8 marks each)

Key Figures:

  • 25 Questions
  • 2 Marks
  • 16 Marks
  • 8 Marks
  • 8 Marks

Q4. How to prepare for Trigonometry for CUET-UG ?

Expected Weightage The Common University Entrance Test (CUET) has included Trigonometry as part of its Mathematics/Applied Mathematics syllabus. Below is an analysis of the marking pattern and chapter-wise weightage for Trigonometry in CUET over the last three years (2022-2024). 1. Overall Weightage of Trigonometry in CUET Section: Mathematics/Applied Mathematics (Domain-Specific) Total Questions in Section: 40 (out of which 35 must be attempted) Marks per Question: +5 (correct), -1 (incorrect), 0 (unattempted) Trigonometry Weightage: ~10-15% of the Mathematics section (~4-6 questions per year). 2. Chapter-wise Weightage in Trigonometry (2022-2024) Trigonometry in CUET is broadly divided into key subtopics. The weightage distribution is as follows: Topic****Approx. Weightage (2022-2024)Key Concepts TestedTrigonometric Ratios Identities30-40%Basic ratios (sin, cos, tan), Pythagorean identities, complementary angles**Heights Distanc…

Key Points:

  • Chapter-wise Weightage in Trigonometry (2022-2024)

Trigonometry in CUET is broadly divided into key subtopics

  • Weightage (2022-2024) Key Concepts Tested Trigonometric Ratios Identities 30-40% Basic ratios (sin, cos, tan), Pythagorean identities, complementary angles Heights Distances 20-30% Angle of elevation/depression, real-life applications Trigonometric Equations 15-25% Solving equations (sinθ = k, cosθ = k, etc
  • Focus areas: Identities (2 Qs), Heights Distances (2 Qs), Equations (1 Q)

Key Figures:

  • 6 questions
    1. Year
  • 5 questions
  • 4 questions
  • 1 question

Q5. How to prepare for Linear Programming for CUET-UG ?

Expected Weightage The Common University Entrance Test (CUET) has included Linear Programming (LP) as part of the Mathematics/Applied Mathematics syllabus. Below is an analysis of the chapter-wise weightage and marking pattern for Linear Programming in CUET over the last three years (2022–2024), based on available trends and student reports. 1. Linear Programming in CUET: Overview Syllabus Coverage: Formulation of LP problems Graphical solution of LP problems (feasible region, optimal solution) Corner point method Applications in real-life problems Difficulty Level: Generally moderate, with straightforward questions on graphical solutions and formulation. Few application-based questions (e.g., optimization in business/economics). 2. Chapter-Wise Weightage (2022–2024) Linear Programming is a small but consistent topic in CUET Mathematics. Here’s the approximate weightage: YearNo. of QuestionsMarksWeightage (%)20242–38–12~5–7%20232–38–1…

Key Points:

  • Preparation Tips

    Focus Areas : Graphical method (plotting constraints, shading feasible regions)

Important Formulas:

  • Z = 3x + 4y $ subject to $ x + y \leq 5 $

Key Figures:

  • 3 questions
  • 5 marks
  • 3 questions
  • 12 marks

Additional Resources

Study Materials

  • NCERT textbooks for Class 11 and 12
  • Previous year question papers
  • Mock test series

Practice Tips

  • Solve sample papers regularly
  • Focus on high-weightage topics
  • Practice time management

Online Resources

  • Educational videos and tutorials
  • Interactive practice tests
  • Discussion forums for doubt clearing

This FAQ page is compiled from student discussions and expert guidance. For the most updated information, please refer to official CUET resources.


Quick Navigation

Explore more mathematics topics and related subjects:

Study Tips

  • Start with NCERT textbooks for strong foundation
  • Practice previous year questions regularly
  • Take mock tests to assess your preparation
  • Focus on high-weightage topics first

Need help with other subjects? Explore all CUET subjects


Quick Navigation

Explore more mathematics topics and related subjects:

Study Tips

  • Start with NCERT textbooks for strong foundation
  • Practice previous year questions regularly
  • Take mock tests to assess your preparation
  • Focus on high-weightage topics first

Need help with other subjects? Explore all CUET subjects


Quick Navigation

Explore more mathematics topics and related subjects:

Study Tips

  • Start with NCERT textbooks for strong foundation
  • Practice previous year questions regularly
  • Take mock tests to assess your preparation
  • Focus on high-weightage topics first

Need help with other subjects? Explore all CUET subjects


Quick Navigation

Explore more mathematics topics and related subjects:

Study Tips

  • Start with NCERT textbooks for strong foundation
  • Practice previous year questions regularly
  • Take mock tests to assess your preparation
  • Focus on high-weightage topics first

Need help with other subjects? Explore all CUET subjects