2. Tier‑1 Maths Syllabus: Quantitative Aptitude
| Topic | Sub‑topics |
|---|---|
| Number System & Simplification | Divisibility, LCM & HCF, Fractions, Decimals, Simplification |
| Percentage, Profit & Loss, Discount | Marked price, successive discounts, profit %, loss |
| Ratio & Proportion, Averages | Direct/inverse ratio, weighted averages |
| Simple & Compound Interest | Formulae, applications, compound interest patterns |
| Time, Speed, Distance & Work | Train, Boat‑Stream, Pipe‑cistern, work efficiency |
| Algebra & Linear Equations | Basic identities, surds, linear/quadratic equations, graphs |
| Geometry & Mensuration | Angles, triangles, circles, quadrilaterals, polygons, 2D/3D figures |
| Trigonometry | Ratios, identities, complementary angles, height & distance |
| Data Interpretation | Bar graph, pie chart, histogram, frequency polygon |
Tier‑1 typically has ~35‑50 quant questions to be solved in ~60 minutes.
3. Tier‑2 Maths Syllabus: Mathematical Abilities
Tier‑2 tests deeper conceptual understanding and application across:
Number Systems & Arithmetic: Whole numbers, decimals, fractions, average, ratio, proportions, etc.
Algebra: Advanced identities, quadratic/quartic equations, linear graphs
Geometry: Advanced triangles, polygons, circle theorems, coordinate geometry
Mensuration: Volume & surface area of prisms, cylinders, cones, spheres, pyramids
Trigonometry: Identities, angle relations, height & distanceStatistics & Probability: Mean, median, mode, standard deviation, basic permutations, probability
Data Interpretation: Caselets, graphs, analysis
4. Topic‑Wise Weightage & Focus Areas
Based on recent trends (Tier‑2 data from 2023‑24 cycles)
High‑weight: Geometry (9‑15 Q), Data Interpretation (5‑10), Trigonometry (5‑9), Percentage (4‑10), Mensuration (5‑6).
Moderate‑weight: Number System (5‑6), Algebra (3‑6), Simplification (4‑6), Profit‑Loss (3‑7), Time/Distance/Work (4‑8).
Others: Ratio & Proportion, Coordinate Geometry, SI/CI, Partnership.
Tier‑1 weightage simpler: Data Interpretation ~2‑3 Q, Mensuration and Trigonometry ~2‑3 Q, Algebra and Number System similarly .
6. Preparation Strategy & Tips
According to successful aspirants:
Build strong fundamentals: Start with Number System, LCM/HCF, simplification, percentage.
Create a formula notebook—trigonometric identities, area/volume formulas, discount/profits .
Learn calculation shortcuts: Gagan Pratap, Shubham Jain, Ramo etc.; practice mental math .
Practice extensively: Solve ~100 questions per topic to cover all types; then full-length mocks
Focus on high‑scoring topics first: Geometry, data interpretation, trigonometry, mensuration.
Analyse mocks: Identify weak areas, track silly mistakes, learn skip/time strategy.
7. Recommended Study Materials
Books: “Advance Maths by Rakesh Yadav”, Kiran / Pinnacle chapter‑wise PYQ compilations .
Online: Free YouTube playlists from Maths Wallah, Gagan Pratap, Abhinav Maths, Bhutesh Sir Tier‑2 batch .
Test series: Pinnacle & Kiran for deep practice—aim for 400‑500 questions per topic .
8. Conclusion
This blog provides the complete SSC CGL Maths Syllabus 2025, broken down by Tier‑1 and Tier‑2, with detailed topic‑wise breakdown and weightage insights, plus expert preparation strategies and study materials. By following this roadmap—focusing on fundamentals, high‑weight topics, formula mastery and heavy practice—you’re targeting top ranks in Maths section and overall SSC CGL.