Dear Students,

Quantitative Aptitude Questions for IBPS Exam

Today we have been including Simplification, Data Interpretation and Quadratic Equations. This is the Quantitative Aptitude Questions and you should try to do it within 17-18 Minutes. If you fail to complete it in the stipulated time, then try again with full force. These quantitative aptitude questions are very important from exam point of view like IBPS RRB Exam, IBPS PO and IBPS Clerk.

Directions (1-5): What approximate value should come in place of the question mark (?) in the following questions? (You are not expected to calculate the exact value.)

Solutions (1-5):

Directions (6-10): In the following questions two equations numbered I and II are given. You have to solve both the equations and
Give answer (a) if x > y
Give answer (b) if x ≥ y
Give answer (d) if x ≤ y
Give answer (e) if x = y or the relationship cannot be established.

Solutions (6-10):
Directions (11-15): In the following bar diagram, the number of mobile phones and laptops (in thousands) sold by 6 different companies in a certain month has been given. Study the bar diagram carefully to answer the questions.

The number of mobile phones and laptops (in thousands) sold by 6 different companies in a month.

Q11. What is the average number of mobile phones sold by all companies taken together in a month?
(a) 18 thousands
(b) 20 thousands
(c) 17 thousands
(d) 19 thousands
(e) None of these

Q12. By what percent the number of mobile phones sold by company U is more than that of company T?
(a) 33 1/3%
(b) 22%
(c) 20%
(d) 23 2/3%
(e) None of these

Q13. What is the average of the number of laptops sold by companies P, R and T?
(a) 17 thousands
(b) 17.3 thousands
(c) 18 thousands
(d) 16 thousands
(e) None of these

Q14. What is the respective ratio between the number of mobile phones sold by company T and that of laptops sold by company Q?
(a) 3: 5
(b) 6: 5
(c) 5 : 3
(d) 5: 6
(e) None of these

Q15. What is the respective ratio of the numbers of laptops sold by company Q and company R?
(a) 2: 5
(b) 4 : 3
(c) 3: 4
(d) 3: 2
(e) 2 : 3

Solutions (11-15):