Inequalities Questions PDF & Quiz, Free Practice Set

Q1. Which of the following symbols is considered a “Single Gate” in the shortcut method?

Q2. In the expression A > B ≥ C = D, what is the definite relation between A and D?

Q3. What does the symbol ‘≠’ represent in logical inequalities?

Q4. If a path between two elements is “blocked” by opposite signs (e.g., > and <), the conclusion is:

Q5. To satisfy the conclusion “P > Q”, what is the minimum requirement in the path from P to Q?

Q6. In the “Gate Method,” which side of the symbol (>) is considered the “entry” side?

Q7. What is the weightage of Inequality questions in Banking Clerk Prelims?

Q8. If the statement is A ≥ B = C, which conclusion is definitely true?

Q9. In a “Double Gate” (≥ or ≤), for the conclusion to be true, the path:

Q10. Which symbol acts as a “Neutral Gate”?

Q11. If A > B and B < C, what is the relationship between A and C?

Q12. “Neither greater than nor equal to” is equivalent to which symbol?

Q13. In “Coded Inequalities,” symbols like @, #, $ represent:

Q14. What is the first step when statements are given in fragments?

Q15. If the statement is X < Y ≤ Z, is the conclusion X < Z true?

Q16. How many inequality signs are there in the standard list?

Q17. In the chain A ≥ B ≥ C ≥ D, which is the strongest conclusion?

Q18. Which represents “Neither smaller than nor equal to”?

Q19. If M = N > O ≥ P, is M > P true?

Q20. Can a person pass from ‘B’ to ‘A’ in A > B?

Q21. What does “Basic to High Level” progression imply?

Q22. In the “Magic Box” method, where is ‘=’ placed?

Q23. If A ≠ B and B ≠ C, can we conclude A = C?

Q24. What is the priority of ‘>’ over ‘≥’?

Q25. If P ≤ Q < R, what is relation between P and R?

Q26. Which exam features “Definitely False” type?

Q27. If A > B and B = C, which is false?

Q28. In A ≥ B < C, relation between A and C is:

Q29. What does ‘≤’ mean?

Q30. Which generation used Microprocessors?

Q31. What are the two main conditions for an “Either-Or” case?

Q32. In Either-Or Case 1, conclusions must be:

Q33. In Case 2 (Relation NOT defined), how many signs are needed?

Q34. If A > B and B < C, conclusions: (I) A > C, (II) A ≤ C →

Q35. Why is A > B and A = B Either-Or for A ≥ B?

Q36. If conclusions are (I) P > Q and (II) Q > P, when can this be Either-Or?

Q37. If path is A ≥ B = C ≥ D, conclusions are A > D and A = D, then:

Q38. In coded inequality, ‘@’ means ‘not smaller than’. What is it?

Q39. If conclusions are A > B and B < A, are elements same?

Q40. For Either-Or with no relation, probability of each sign is:

Q41. If A ≠ B and B = C, conclusions (I) A > C (II) A < C →

Q42. What is the “Magic Box” used for?

Q43. Why is “Either A > C or A ≤ C” correct in A > B ≤ C?

Q44. In Gate Method, Double Gate (≥) is compared to:

Q45. Pair: A > B and A ≤ B is called:

Q46. In X = Y > Z, is Y ≥ Z true?

Q47. Which is NOT an inequality sign?

Q48. If P > Q < R, conclusions (I) P > R, (II) P < R, (III) P = R →

Q49. Can Either-Or exist if elements differ but are equal indirectly?

Q50. “Definitely False” means:

Q51. If A > B and B ≥ C, is A > C true?

Q52. Number of conclusions in Banking PO inequality questions?

Q53. If J < K = L, then L > J is:

Q54. “A is neither smaller nor greater than B” means:

Q55. If $ = ≤ and % = ≥, then $ + % equals:

Q56. If A > B and C > B, relation between A and C:

Q57. “Individually False” means:

Q58. One Single Gate (>) + multiple Double Gates (≥) → result:

Q59. If statement A > B, conclusion A ≥ B is:

Q60. Which logic gate is the NOT gate?