SSC
SSC Power Pack
SSC CGL, CHSL, GD and MTS preparation with notes, mock tests, explanations and revision plans.
4.6· 2.4k sold
Ready PDF study pack + testsCGLCHSLGD
Practice hub
Quantitative Aptitude (Maths) Practice Questions
Quantitative Aptitude (maths) tests speed and accuracy on arithmetic and basic algebra/geometry — it's a high-weightage, practice-heavy section across SSC, banking, railway and ITI trade exams.
This hub breaks the syllabus into the topics that actually appear in these exams, not a generic school-maths curriculum.
Syllabus
Topics covered
Arithmetic
Number system and simplification
Percentage, profit & loss
Ratio, proportion and average
Time, speed and distance
Time and work
Simple and compound interest
Algebra & Geometry Basics
Basic algebraic identities
Mensuration (area, perimeter, volume)
Geometry basics (triangles, circles)
Trigonometry basics (for SSC CGL Tier-2 level)
Data Interpretation
Table-based DI
Bar and pie chart interpretation
Line graph interpretation
Self-check
Try these quantitative aptitude (maths) questions
Where this is tested
Related exams
Recommended for you
Quantitative Aptitude (Maths) preparation products
Core speed weapon
Speed-Math & Exam-Logic Blueprint
Premium SSC-first Quant and Reasoning execution workbook built around textbook traps, logic shortcuts and timed 15-second drills.
4.6· 2.9k sold
Ready premium PDFQuant speed blueprintsReasoning logic drillsAnswer keys
Best value
KarmSakha Career Pass
One yearly pass for priority test series, eBook vault, course notes, analytics and mobile reminders.
4.8· 8.6k sold
Ready yearly pass61 mock tests5,308 practice questionseBook vault
Common questions
Quantitative Aptitude (Maths) FAQ
Is quantitative aptitude the same as 'maths' in ITI trade exams?
ITI trade theory papers (e.g. electrician) include a smaller, trade-relevant maths component rather than the full competitive-exam quant syllabus — check your specific trade's syllabus for exact topics.
What's the fastest way to improve speed in quant?
Memorise tables, squares and cubes up to 30, and practice a fixed set of shortcut techniques per topic — speed comes from reducing calculation steps, not from solving harder problems first.