SBI PO - Quantitative Aptitude Practice Exam

SBI PO - Quantitative Aptitude Practice Exam

The SBI PO Quantitative Aptitude portion is a section in the SBI Probationary Officer exam that tests a candidate’s numerical and mathematical skills. It mainly involves solving arithmetic, data interpretation, and logical number-based questions quickly and accurately. This part helps evaluate how well aspirants can work with numbers under time constraints typical of competitive banking tests.

From simple calculations like percentages and profit–loss to interpreting graphs and charts, this section ensures candidates can make quick, informed decisions based on numerical data—a crucial ability in the banking sector.

Who should take the Exam?

This exam is ideal for:

• Aspirants for SBI Probationary Officer roles
• Entry-level banking candidates
• Future financial officers and analysts
• Managerial trainees in banking

Skills Required

• Strong basic arithmetic capabilities (percentages, ratios, etc.)
• Competence in interpreting charts, tables, and graphs
• Quick thinking and problem-solving under pressure
• Good time management

Knowledge Gained

• Mastery of common quantitative topics like simplification, DI, and arithmetic
• Ability to analyze and interpret data accurately
• Increased speed and precision in numerical tasks
• Preparedness for analytical responsibilities in banking operations

Course Outline

The SBI PO - Quantitative Aptitude Exam covers the following topics -

1. Simplification & Approximation

• Quick calculation techniques
• Rounding and estimation tricks

2. Number Theory & Series

• Number systems, surds, indices
• Sequence and series problems

3. Arithmetic Operations

• Percentage, ratio and proportion
• Profit & loss, discount
• Simple & compound interest, mixtures & allegations
• Time & work, time, speed & distance, trains & boats

4. Mensuration & Averages

• Geometry calculations (area, volume, surface area)
• Average and age-based problems
• Partnership, pipes & cisterns

5. Data Interpretation (DI)

• Tables, bar graphs, pie charts, line & radar graphs
• Caselets, missing data DI, “let it case” DI

6. Data Sufficiency

• Analytical reasoning with minimal data

7. Advanced Topics

• Quadratic equations, HCF & LCM
• Probability, permutations & combinations