Class 9 Mathematics (Ganita Manjari) Half-Yearly Sample Papers with Solutions Set 13| 2026–27

Artham Resources | Class 9 Mathematics (Ganita Manjari) Half-Yearly Sample Paper with Solutions (Set 13)

Strictly Aligned with CBSE Board Pattern & New NCERT Curriculum (Ganita Manjari) 2026–27

Build exam stamina and fine-tune deductive problem-solving accuracy with this authentic, board-standard practice assessment for Class 9 Mathematics. Formulated precisely around the inquiry-led framework of the updated NCERT Ganita Manjari textbook, this full-length mock paper enables students to diagnose conceptual vulnerabilities across Algebra, Coordinate Systems, and Plane Geometry, interpret multi-step word problems, and execute structured, high-scoring descriptive answers.

Key Highlights & Academic Features

• 100% Latest Blueprint (80 Marks): Divided systematically across all 5 standard CBSE sections: Section A (20 Objective Type Questions including 18 MCQs & 2 Assertion-Reasoning), Section B (5 Very Short Answer Questions – 2 Marks each), Section C (6 Short Answer Questions – 3 Marks each), Section D (4 Long Answer Questions – 5 Marks each), and Section E (3 Case-Based/Integrated Units of Assessment – 4 Marks each).

• Updated NCERT Alignment: Comprehensive coverage of the half-yearly syllabus based on the rationalized Ganita Manjari curriculum, targeting Number Systems, Polynomials, Coordinate Geometry, Linear Equations in Two Variables, Introduction to Euclid’s Geometry, and Lines and Angles.

• 50% Competency-Focused Mandate: Packed with contextual real-world applications, geometric proofs involving angle bisectors and transversal angle theorems, polynomial remainder evaluations, linear graph interpretations, and Cartesian mapping case studies.

• Complete Step-by-Step Marking Scheme: Delivers explicit step-wise scoring breakdowns, standard geometric deductive proofs ($Given$, $To\ Prove$, $Construction$, and $Proof$ with axiomatic reasons), exact formula substitutions, and neatly plotted Cartesian graphs.

• Timed Exam Simulation: Engineered for standard 3-hour practice sessions to build calculation speed, optimize time distribution across sections, and eliminate algebraic sign errors.