Dear Aspirants,

Numerical Ability or Quantitative Aptitude Section has given heebie-jeebies to the aspirants when they appear for a banking examination. As the level of every other section is only getting complex and convoluted, there is no doubt that this section, too, makes your blood run cold. The questions asked in this section are calculative and very time-consuming. But once dealt with proper strategy, speed, and accuracy, this section can get you the maximum marks in the examination. Following is the Quantitative Aptitude quiz to help you practice with the best of latest pattern questions.

Directions (1-5): Find out the approximate value which should replace the question mark (?) in the following questions. (You are not expected to find out the exact value)

Q1. 8,24,799 × 299 = ? × 80,000
3040
4080
3090
3045
3010
Q2. 17
20
10
14
21
Q3. 673.966 + 73.9791 × 34.981 – 1454.971 = ?
1880
1810
1740
1725
2120
Solution:
? ≃ 674 + 74 × 35 – 1455
≃ 1810

Q4. (57% of 1650.02 – 32% of 1124.98) ÷ 124.97 = ?
11
5
1
13
15
Q5. (532679 + 369321) ÷ (7854 – 7629) = ?
4008
4020
4108
4206
125
Directions (6-10): Study the graphs carefully to answer the questions that follow:

Total number of children in 6 different schools and the percentage of girls in them

Q6. What is the total percentage of boys in schools O and R together ? (rounded off to two digits after decimal)
78.55
72.45
76.28
75.83
None of these
Q7. What is the total number of boys in School Q ?
500
600
750
850
None of these
Q8. The total number of students in school O is approximately what per cent of the total number of students in school P ?
89
75
78
82
94
Q9. What is the average number of boys in schools M and N together ?
1425
1575
1450
1625
None of these
Q10. What is the ratio of the number of girls in school M to the number of girls in school N ?
27 : 20
17 : 21
20 : 27
21 : 17
None of these
Directions (11-15): In each of these questions two equations are given. You have to solve these equations and give answer.

Q11. if x<y
if x>y
if x=y
if x≥y
if x≤y
Q12. if x<y
if x>y
if x=y
if x≥y
if x≤y
Q13. if x<y
if x>y
if x=y
if x≥y
if x≤y
Q14. if x<y
if x>y
if x=y
if x≥y
if x≤y
Q15. if x<y
if x>y
if x=y
if x≥y
if x≤y

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