Simplification Questions For Bank Exams 2026

Simplification questions are one of the most important and scoring topics in the quantitative aptitude section of banking examinations. Candidates appearing for exams such as IBPS PO, IBPS Clerk, SBI PO, and RBI Assistant frequently encounter several simplification questions in the prelims stage. These questions test calculation speed, numerical accuracy, and the ability to apply basic mathematical rules quickly.

Simplification Questions For Bank Exams 2026

Simplification questions for Bank Exams 2026 are expected to appear mainly in the quantitative aptitude section of the preliminary examination. These questions are designed to test candidates’ calculation speed, understanding of basic arithmetic operations, and ability to apply rules such as BODMAS correctly. With regular practice, candidates can solve most simplification problems in less than a minute, making this topic one of the most scoring areas in the exam.

Rules For Solving Simplification Questions

Solving simplification questions quickly requires following a few basic calculation rules and smart shortcuts.

• Learn the basics first, as it will help them to increase their speed. Some of the things that aspirants have to learn and practice daily are:
• • Tables up to 25
  • Cubes up to 25
  • Squares up to 25
  • Fractions up to 25
  • Solve the simplification by using the VBODMAS rule i.e
    V → Vinculum
    B → Remove Brackets – in the order ( ), { }, [ ]O → Of
    D → Division
    M → Multiplication
    A → Addition
    S → Subtraction
• Follow the BODMAS rule to maintain the correct order of operations.
• Simplify brackets first before moving to other calculations.
• Cancel common factors in fractions whenever possible to reduce steps.
• Convert percentages and fractions into simpler forms to speed up calculations.
• Approximate numbers carefully when exact values are not required.
• Practice mental math techniques to avoid lengthy written calculations.
• Always double-check signs and decimal placements to prevent small mistakes.

BODMAS Rule in Simplification Questions

The BODMAS rule helps candidates solve simplification questions in the correct order of mathematical operations. Following this rule prevents calculation mistakes and ensures that complex expressions are solved accurately in banking exams.

• B – Brackets: Always solve the values inside brackets first. Different types of brackets, such as (), {}, and [] are solved from the innermost bracket to the outer one before moving to other operations.
• O – Orders (Powers and Roots): After brackets, evaluate powers, squares, cubes, and square roots. Questions in bank exams sometimes include numbers with exponents or roots, so these must be calculated before multiplication or division.
• D – Division: Perform division operations after completing brackets and orders. When multiple operations appear in an expression, division should be handled before multiplication according to the rule.
• M – Multiplication: Once division is completed, proceed with multiplication. This step often appears frequently in simplification questions involving fractions, decimals, or large numbers.
• A – Addition: After finishing multiplication, perform addition operations. This step usually combines intermediate results obtained from earlier calculations.
• S – Subtraction: Subtraction is performed at the final stage of the expression. Completing this step correctly gives the final answer to the simplification question.

50+ Important Simplification Questions for Bank Exams 2026

Here, we have provided some important simplification questions for Bank Exams 2026. Candidates must practice these questions to have a strong command over the topic of Simplification.

Q1. (7294 – 3241 + 716) – (3267 + 2425 – 961) = ?

(a) 35

(b) 48

(c) 43

(d) 38

(e)  47

Q2. 1217 + 841 – 724 + 819 = ? + 1843

(a) 210

(b) 310

(c) 360

(d) 270

(e) 410

Q3. 0.06 × 0.84 = ? × 1.2 × 0.015

(a) 8.2

(b) 6.4

(c) 2.6

(d) 3.8

(e) 2.8

Q4.  8.41 + 6.25 + 0.79 = ? – 0.55

(a) 17

(b) 14.9

(c) 13.9

(d) 16

(e) 14.7 

Q5. 616 + 472 – 811 + 317 = ? + 576

(a) 28

(b) 16

(c) 24

(d) 18

(e) 14

Q6. (2343 ÷ 11) + (126 ÷ 3) = ?

(a) 250
(b) 225
(c) 248
(d) 255
(e) 260

Q7. 118.3 ÷ 1/0.7 ÷ 13² = 18% of ? + 25% of 7

(a) -8
(b) 7
(c) -7
(d) 8
(e) -6

Q8. 25² – ?² % of 125  = 20

(a) 22
(b) 18
(c) 24
(d) 26
(e) 20

Q9. 24 × ?² – 8 × 7  3400

(a) 8
(b) 4
(c) 12
(d) 2
(e) 6

Q10. 41.6% of 3500 + 800% of 5 + 701 = ?³

(a) 13
(b) 11
(c) 9
(d) 15
(e) 17

Q11. 3.2% of 500 × 2.4% of? = 288
(a) 650
(b) 700
(c) 600
(d) 750
(e) 850

Q12. (–251 × 21 × (– 12)) ÷ ? = 158.13
(a) 250
(b) 400
(c) 300
(d) 15
(e) 18

Q13.√625 ÷ √16 × 6 = ?% of 300
(a) 15
(b) 12.5
(c) 17.5
(d) 10
(e) 8.5

Q14. 26 × 15 + 310 – (15)² = 25% of ?
(a) 1600
(b) 1800
(c) 1900
(d) 1500
(e) 1700

Q15. (6.5% of 375) – (0.85% of 230) =?
(a) 23.42
(b) 24.24
(c) 21.64
(d) 25.76
(e) 22.42

Q16. 39.998% of 440.005 +? % of 654.889 = 229.81

(a) 8

(b) 17

(c) 12

(d) 5

(e) 20

Q17. 40.012% of 599.87 – 250.17 =? – 79.88% of 900.11

(a) 700

(b) 705

(c) 710

(d) 730

(e) 740

Q18. 324.996 × 15.98 ÷ 4.004 + 36.876 = ? % of 6699.98

(a) 25

(b) 15

(c) 28

(d) 20

(e) 12

Q19. 63.8% of 8899.78 + ? % of 5300.11 = 6849.889

(a) 22

(b) 36

(c) 15

(d) 12

(e) 30

Q20. 363.72 – 269.21 + 49.987 of 11.89 ÷ (19.9% of 80.1) = ?

(a) 118

(b) 139

(c) 124

(d) 133

(e) 142

Q21. {18.99² – 27.05² + (1399.95 + 59.85)} ÷ ? = 39

(a) 18

(b) 22

(c) 28

(d) 35

(e) 20

Q22. (21.97% of 899.5) + ? + (39.77% of 309.76) =481

(a) 117

(b) 189

(c) 159

(d) 195

(e) 205

Q23. 9.89% of 650.11 + 32.1 × 2799 ÷ 399.8 – ? = 155

(a) 134

(b) 117

(c) 142

(d) 151

(e) 111

Q24. ?²+114.09-24.06×4.98=163.19

(a) 5

(b) 7

(c) 9

(d) 11

(e) 13

Q25. 323 × 15 + (?)² = 4989.

(a) 12

(b) 11

(c) 13

(d) 14

(e) 17

Q26. 5760 ÷ 45 × 15 =?

(a) 1850

(b) 1875

(c) 1920

(d) 1925

(e) 1970

Q27. 81% of 2300 – 34% of 550 =?

(a) 1574

(b) 1676

(c) 1624

(d) 1596

(e) 1723

Q28. 25639 – 5252 – 3232 = ?

(a) 17254

(b) 16154

(c) 17155

(d) 16255

(e) 17815

Q29. 27% of 450 – ?% of 375 = 76.5

(a) 12

(b) 13

(c) 14

(d) 11

(e) 19

Q30. 311 × 17 = ? + 2482

(a) 2605

(b) 2715

(c) 2905

(d) 2805

(e) 2875

Q31 1615 ÷ (50 × 0.85) = ?

(a) 35

(b) 34

(c) 38

(d) 37

(e) 28

Q32. 4.4 + 14.44 + 41.14 = ? – 14.41 – 1.4

(a) 74.21

(b) 75.79

(c) 76.19

(d) 78.79

(e) 73.79

Q33. 81% of 2300 -? = 34% of 596

(a) 1751.36

(b) 1680.36

(c) 1791.36

(d) 1660.36

(e) 1691.36

Q34. (7921 ÷ 178) – 5.5 = √(?)

(a) 39

(b) 1369

(c) 1521

(d) 1225

(e) 1444

Q35. 5431 + 4687 – 8462 = ?

(a) 1565

(b) 1656

(c)  1645

(d) 1675

(e) 1640

Q36. 31% of 500+ 41% of 1100 – 50% of 790 = ?

(a) 230

(b) 221

(c) 211

(d) 255

(e) 237

Q37. 1107 ÷ 9 × 6 + 236 – 874 = ?

(a) 110

(b) 105

(c) 100

(d) 120

(e) 112

Q38.  5÷50 + 55 ÷ 5500 + 555 ÷ 555000 = ?

(a) 1.111

(b) 0.111

(c) 0.125

(d) 0.134

(e) 0.452

Q39. 276.3 + 343.8 + 545.3 –873.4 = ?

(a) 292

(b) 397

(c) 289

(d) 277

(e) 281

Q40. 15 × 6 + 75 – 95 = ? + 40

(a) 25

(b) 35

(c) 30

(d) 40

(e) 45

Q41. 36460 + 53750 = ? + 85450

(a) 4190

(b) 4590

(c) 4760

(d) 4390

(e) 4490

Q42. 65% of 500 + ?% of 350 = 500

(a) 40

(b) 55

(c) 45

(d) 50

(e) 60

Q43. 55% of 1400 +  ?2 +282= (12)3

(a) 28

(b) 24

(c) 26

(d) 36

(e) 16

Q44. 52703 + 41297 − 58000 = 100 ×?
(a) 720
(b) 504
(c) 360
(d) 704
(e) 840

Q45. √1225 × 28 + 203 × 7 = (?)2
(a)47
(b)45
(c) 49
(d) 51
(e) 53 

Q46. ? × 65 ÷ 72 = 195 × 352 ÷ 192
(a) 369
(b) 396
(c) 594
(d) 297
(e) 376

Q47. 46% 𝑜𝑓 1500 + 36% 𝑜𝑓 750 =? +28 × 15
(a) 570
(b) 500
(c) 450
(d) 540
(e) 640

Q48. 14400÷ 36+15600 ÷ 12 + 450 = 1800 + ?
(a) 410
(b) 330
(c) 390
(d) 350
(e) 370

Q49. 80% of ? = √250 × 44 + 40% of 8500
(a) 80
(b) 120
(c) 150
(d) 180
(e) 240

Q50. ? + 13× 50 = 420 + 45% of 800 + 220
(a) 300
(b) 350
(c) 400
(d) 450
(e) 250

Q51. √625 × √6241 – 768 × 3 + √15129 + 106 × 2 =?
(a) 10
(b) 16
(c) 9
(d) 6
(e) None of these

Q52. 8³×3⁴÷12²+?²=17²
(a) 4
(b) 7
(c) 1
(d) 3
(e) 5

Q53. [(40)²×8]÷50÷16=(5)²-?
(a) 3
(b) 9
(c) 6
(d) 12
(e) 15

Q54. 11²×6 of 75% of 840÷14=?÷4×11
(a) 11880
(b) 11088
(c) 12496
(d) 22220
(e) None of these

Q55. 24×15+12²+20%of85=?²-155
(a) 24
(b) 22
(c) 20
(d) 28
(e) 26

Q56. 5^?=25^4.9÷5^(3.06)÷125×625^0.5
(a) 5
(b) 4
(c) 7
(d) 6
(e) 8

Q56. 70% of 500-200%of74+12×15-382=?
(a) 1
(b) -2
(c) -1
(d) 0
(e) 2

Q58. 32% of 150 + ?% of 410 = 65% of 220 – 13
(a) 1
(b) 10
(c) 5
(d) 20
(e) 25

Q59. 8√(?)÷14×3+9=21
(a) 36
(b) 49
(c) 25
(d) 121
(e) 81

Q60. 13.141 + 31.417 – 27.118 =?
(a) 16.441
(b) 17.543
(c) 17.490
(d) 17.440
(e) 17.590

50+ Simplification Questions for Bank Exams: Answers
Ans1.(d)	Ans2.(b)	Ans3.(e)	Ans4.(d)	Ans5.(d)
Ans6.(d)	Ans7.(c)	Ans8.(a)	Ans9.(c)	Ans10.(a)
Ans11.(d)	Ans12.(b)	Ans13.(b)	Ans14.(c)	Ans15.(a)
Ans16.(c)	Ans17.(d)	Ans18.(d)	Ans19.(a)	Ans20.(d)
Ans21.(c)	Ans22.(c)	Ans23.(a)	Ans24.(e)	Ans25.(a)
Ans26.(c)	Ans27.(b)	Ans28.(c)	Ans29.(a)	Ans30.(d)
Ans31.(c)	Ans32.(b)	Ans33.(d)	Ans34.(c)	Ans35.(b)
Ans36.(c)	Ans37.(c)	Ans38.(b)	Ans39.(a)	Ans40.(c)
Ans41.(c)	Ans42.(d)	Ans43.(c)	Ans44.(c)	Ans45.(c)
Ans46.(b)	Ans47.(d)	Ans48.(d)	Ans49.(c)	Ans50.(b)
Ans51.(d)	Ans52.(c)	Ans53.(b)	Ans54.(a)	Ans55.(e)
Ans56.(c)	Ans57.(d)	Ans58.(d)	Ans59.(b)	Ans60.(d)

Simplification Questions for Bank Exams- Click Here to Download PDF

Mistakes to Avoid in Simplification Problems

While simplification questions may seem straightforward, even small errors can cost valuable marks in competitive bank exams. To solve these questions accurately and efficiently, it’s important to avoid common pitfalls that many candidates make under pressure. Here are some key mistakes to watch out for:

Skipping BODMAS Rule: Ignoring the correct order of operations can lead to wrong answers. Always follow the BODMAS (Brackets, Orders, Division, Multiplication, Addition, Subtraction) rule strictly.

Overlooking Signs: A common mistake is missing negative signs or misreading plus/minus signs during calculations, especially when solving quickly. Always double-check signs in each step.

Poor Time Management: Spending too much time on a single simplification problem can reduce your chances of attempting other easy questions. Learn to identify and skip time-consuming ones if needed.

Calculation Errors: Simple errors in addition, subtraction, or decimal placement can lead to incorrect answers. Regular practice helps build accuracy and speed in basic calculations.

Not Practising Shortcuts: Relying solely on traditional methods without learning basic shortcuts and tricks can slow you down. Using methods like Vedic maths or digit summation can speed up calculations.

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