Quant Expected Questions for SBI Clerk and PO Mains 2025

In SBI exams like PO and Clerk Mains, the Quantitative Aptitude section holds significant weight in boosting the overall score. Topics such as Data Interpretation, Arithmetic, Simplification/Approximation, and Quadratic Equations are commonly asked and can be high-scoring with the right preparation. Building a solid foundation in these areas enhances both speed and accuracy, which is essential for efficient time management during the exam.

Quant Expected Questions for SBI Clerk and PO Mains 2025

This article brings you a set of expected Quantitative Aptitude questions tailored for SBI Clerk and PO Mains 2025, crafted as per the latest exam trends and difficulty levels. To strengthen your preparation, we’re offering a free practice set that covers all key topics like Data Interpretation, Arithmetic, and more giving you the perfect opportunity to sharpen your skills and build confidence ahead of the exam.

Expected Quantitative Aptitude Questions for SBI Clerk and Mains

Directions (1-6): Read the information carefully and answer the questions below.

There are three companies X, Y and Z. Total number of type A pencil manufactured is 40% less than total number of type B pencils manufactured by all three companies. The ratio of total number of type B pencils manufactured by Z to total number of type B pencil manufactured by all three companies is 3 : 10. The number of type A pencils manufacture by X is equal to total number of pencils manufactured by Y. The number of type A pencils manufactured by Z and Y are equal. Total number of pencils manufactured by X are half of the total number of pencils manufacture by all three companies together.

Note: Total pencils manufactured by any company = (type A + type B) pencils manufactured

Q1. If difference between total number of type B pencils manufactured by X and Y are 300, then find the sum of total number of type B pencils manufactured by Z and type A pencils manufactured by X.
(a) 2400
(b) 1900
(c) 1675
(d) 1050
(e) 2100

Q2. The average number of type B pencils manufactured by X and Z is 1050. If total number of pencils manufactured by N is 25% more than that of X, then find the difference between sum of type B pencil manufactured by Z and number of type A pencils manufactured by Y and total number of pencils manufactured by N.
(a) 1500
(b) 900
(c) 1600
(d) 1800
(e) 1200

Q3. Total number of pencils manufactured in M are equal four times of the total type A pencils manufactured by X and Z together. If difference between total pencils manufactured by M and total type B pencils manufactured by all three companies are 2000, then find total number of pencils manufactured by all three companies.
(a) 1200
(b) 1600
(c) 3200
(d) 3000
(e) 3600

Q4. Find the ratio of type B pencils manufactured by Y to total pencils manufactured by Z.
(a) 3:4
(b) 1:9
(c) 1:5
(d) 4:3
(e) 2:1

Q5. Type B pencils manufactured by all is A% of type A pencils manufactured by X. Find A.
(a) 240
(b) 250
(c) 175
(d) 105
(e) 210

Q6. If the difference between type B pencils manufactured by Y and type A pencils manufactured by Z is D, then D is what percentage of type B pencils manufactured by Z.
(a) 66.66
(b) 33.33
(c) 25
(d) CND
(e) None of these