SBI Clerk Inequality Questions 2026 are a quick-scoring topic in the Reasoning Ability section, with around 2–5 questions generally expected in Prelims, depending on the shift. These questions test your ability to identify relationships using direct, coded, and Either-Or inequality patterns. With clear concepts and practice, candidates can solve them quickly and improve their overall attempts. This guide includes important rules, common question types, and an interactive quiz aligned with the SBI Clerk 2026 exam level.
Highlights of SBI Clerk Inequality Questions 2026
- High Scoring Potential: Directly contributes 3 to 5 questions in the Prelims Reasoning Ability section, offering a fast way to boost overall scores.
- Priority Rule Strategy: Use symbol priority (Strict > Slanted > Equal) and the Gate Method to evaluate linear chains in seconds without writing algebraic equations.
- Verified Exam Pattern: Aligned with the official State Bank of India (SBI) Junior Associate exam layout (35 Qs in 20 mins for Prelims; 50 Qs in 45 mins for Mains).
- Complete Practice Suite: Includes solved practice sets, “Either-Or” rule checklists, a 3-question interactive mini-quiz, and offline PDF download guidance.
What Are Inequality Questions in SBI Clerk Exam?
Inequality questions in the SBI Clerk exam test your logical ability to compare variables linked by mathematical symbols ($>$, $<$, $=$, $\ge$, $\le$). Candidates must analyze a given statement chain to evaluate whether specific conclusions are definitely true, definitely false, or cannot be determined.
Inequality Questions for SBI Clerk 2026 Free Quiz
Practicing a dedicated SBI Clerk Prelims inequality practice questions set strengthens pattern recognition for single statements, merged chains, and coded variations. Below are four exam-pattern solved problems covering direct statements, merged statements, “Either-Or” conditions, and opposite-sign blocks.
Q1. Statement: A ≥ B > C = D ≥ E. Conclusions: I. A > C II. B ≥ E
Explanation: A ≥ B > C gives A > C. Also B > C = D ≥ E gives B > E, so B ≥ E is true. Hence both conclusions follow.
Q2. Statement: P = Q ≥ R > S ≥ T. Conclusions: I. P > S II. Q ≥ T
Explanation: P = Q ≥ R > S gives P > S. Also Q ≥ R > S ≥ T gives Q > T, so Q ≥ T is true. Hence both conclusions follow.
Q3. Statements: X > Y = Z ; W ≤ Z < V. Conclusions: I. X > W II. V > Y
Explanation: Y = Z and W ≤ Z, so X > Y = Z ≥ W, which gives X > W. Also Y = Z < V, so V > Y. Hence both conclusions follow.
Q4. Statements: A ≥ B = C ; D < C ≤ E. Conclusions: I. A > D II. E ≥ B
Explanation: D < C = B and A ≥ B imply A > D. Also C ≤ E and B = C imply E ≥ B. Hence both conclusions follow.
Q5. Statement: M ≥ N = O ≥ P. Conclusions: I. M = P II. M > P
Explanation: The chain gives M ≥ P. Therefore M must either equal P or be greater than P. The two conclusions form a complementary pair, so either I or II follows.
Q6. Statement: R ≤ S = T ≤ U. Conclusions: I. R = U II. R < U
Explanation: The chain gives R ≤ U. Therefore R must either equal U or be less than U. The two conclusions are complementary, so either I or II follows.
Q7. Coded Inequality: @ means >, # means =, and $ means ≥. Expression: P @ Q # R $ S. Conclusions: I. P > S II. Q ≥ S
Explanation: Decoding gives P > Q = R ≥ S. Therefore P > S and Q ≥ S are both definite. Hence both conclusions follow.
Q8. Coded Inequality: * means <, & means =, and % means ≤. Expression: A & B % C * D. Conclusions: I. A < D II. C > A
Explanation: Decoding gives A = B ≤ C < D. Since A ≤ C < D, A < D is definite. But C may equal A, so C > A is not definite. Hence only Conclusion I follows.
Q9. Statement: H > I ≥ J = K > L. Conclusions: I. H > K II. I > L
Explanation: H > I ≥ J = K implies H > K. Also I ≥ J = K > L implies I > L. Hence both conclusions follow.
Q10. Statements: C ≤ D < E = F ; G ≤ F. Conclusions: I. E > C II. D ≥ G
Explanation: C ≤ D < E implies E > C. But G ≤ F = E does not establish a fixed relation between D and G. Hence only Conclusion I follows.
Quiz Summary
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Solve More QuestionsSBI Clerk Inequality Syllabus and Exam Weightage 2026
Understanding the SBI Clerk Prelims reasoning syllabus 2026 helps aspirants allocate study hours efficiently across high-yield topics like inequalities, syllogisms, and puzzles. In the SBI Clerk Prelims exam, Reasoning Ability carries 35 marks across 35 questions with a strict 20-minute sectional limit. In the Mains stage, Reasoning Ability and Computer Aptitude expand to 50 questions worth 60 marks with a 45-minute limit.
Analyzing official trends reveals how inequality questions are distributed across exam phases. Review the table below before structuring your practice routines.
| Exam Phase | Total Reasoning Questions | Direct / Coded Inequality Questions | Sectional Time Allotted |
| SBI Clerk Prelims | 35 Questions | 3 to 5 Direct Questions | 20 Minutes |
| SBI Clerk Mains | 50 Questions (60 Marks) | 2 to 4 Coded / Advanced Questions | 45 Minutes |
Because direct inequality questions can be solved visually, candidates who master shortcut methods complete 5 inequality questions in under 90 seconds, reserving extra time for complex seating arrangements and puzzles.
Inequality Rules and Priority Tricks for Bank Exams
Learning standard inequality rules for bank exams allows candidates to evaluate conclusions visually without writing out long chains on scrap paper. By treating relational symbols as gates and applying a strict priority ranking, you can instantly confirm whether a conclusion holds true.
- Priority Ranking System:
- Rank 1 (Strict): $>$ or $<$ (If present anywhere along an open path, the conclusion must feature Rank 1).
- Rank 2 (Slanted): $\ge$ or $\le$ (Applies only when all symbols in the path are Rank 2 or Equal).
- Rank 3 (Equal): $=$ (Valid only when every symbol in the path is strictly Equal).
- The Gate Method: An open gate ($>$ or $\ge$) allows forward movement from left to right. A closed gate ($<$ or $\le$) blocks passage.
- Block Rule (No Relation): If symbols face opposite directions anywhere in the path (e.g., $>$ and $<$), the chain breaks, and no definite relationship can be established.
- Either-Or Checklist: An “Either-Or” condition occurs when both conclusions independently fail, but together cover 100% of mathematical possibilities (e.g., C1: $A > B$ and C2: $A = B$ when the statement yields $A \ge B$).
Applying these fundamental priority properties eliminates confusion when handling multi-statement or comma-separated inequality questions.
SBI Clerk Reasoning Inequality 2026: Free Practice Set to Test Your Knowledge
Testing your speed with a ratio and proportion mock test for bank exam or reasoning quizzes sharpens real-time decision-making. Try this 3-question mini-quiz formatted according to recent SBI Clerk Prelims patterns. Work through the questions on your own before verifying your answers.
- Statement: $K \ge L > M = N \le O$
Conclusions: I. $K > N$ | II. $O \ge M$- A) Only I follows
- B) Only II follows
- C) Both I and II follow
- D) Neither I nor II follows
- Statement: Direct relationship check: If $A > B \ge C = D < E$, which conclusion is definitely true?
- A) $A < D$
- B) $E > C$
- C) $B < D$
- D) $A = C$
- Statement: $P \le Q < R = S$
Conclusions: I. $P < S$ | II. $Q < S$- A) Only I follows
- B) Only II follows
- C) Both I and II follow
- D) Neither I nor II follows
Correct Answer Key and Explanations
Correct Answer: C) Both I and II follow
To determine if a conclusion holds true, combine the statements along the path between the two variables and apply symbol priority: Rank 1 ($> / <$) strictly beats Rank 2 ($\ge / \le$), which beats Rank 3 ($=$).
- Conclusion I ($K > N$):
- Path from $K$ to $N$: $K \ge L > M = N$
- The symbols along the path are $\ge$, $>$, and $=$.
- Since Rank 1 ($>$) is present in an unbroken chain pointing in the same direction, $K > N$ is definitely true.
- Conclusion II ($O \ge M$):
- Path from $O$ to $M$: Reading right-to-left from $O$ to $M$ in $M = N \le O$ gives $O \ge N = M$.
- Combining these gives $O \ge M$. Thus, $O \ge M$ is definitely true.
Correct Answer: B) $E > C$
Let’s evaluate each option using the given statement $A > B \ge C = D < E$:
- A) $A < D$ (False): The path $A > B \ge C = D$ gives $A > D$.
- B) $E > C$ (Definitely True): The path between $C$ and $E$ is $C = D < E$. Substituting $D$ with $C$ gives $C < E$, which reverses to $E > C$.
- C) $B < D$ (False): The path $B \ge C = D$ yields $B \ge D$.
- D) $A = C$ (False): The path $A > B \ge C$ yields $A > C$.
Correct Answer: C) Both I and II follow
Given statement path: $P \le Q < R = S$
- Conclusion I ($P < S$):
- Path from $P$ to $S$: $P \le Q < R = S$
- The symbols along the path are $\le$, $<$, and $=$.
- Since Rank 1 ($<$) is present in the chain, $P < S$ is definitely true.
- Conclusion II ($Q < S$):
- Path from $Q$ to $S$: $Q < R = S$
- The Rank 1 symbol ($<$) makes $Q < S$ definitely true.
| Question | Correct Option | Final Verdict |
| Q1 | C | Both conclusions I and II follow. |
| Q2 | B | $E > C$ is definitely true. |
| Q3 | C | Both conclusions I and II follow. |
How to Solve Coded Inequality Questions in SBI Clerk 2026
Knowing how to solve coded inequality questions in SBI Clerk 2026 helps candidates tackle advanced Mains-level reasoning sets efficiently. In coded inequalities, standard operators like $>$, $<$, and $=$ are replaced with symbols like @, #, $, %, and &. Adopting the 3×3 Magic Box grid technique eliminates step-by-step decoding.
- Phase 1: Draw the 3×3 Magic Box: Draw a box, placing $>$ and $\ge$ on the top line, $=$ in the center, and $<$ and $\le$ on the bottom line.
- Phase 2: Map the Symbols: Assign given code symbols directly to their corresponding position in the Magic Box.
- Phase 3: Trace Without Converting: Move visually across the box positions. Crossing top-to-bottom diagonals signals an immediate opposite-sign block.
- Phase 4: Download SBI Clerk Inequality Questions 2026 PDF: Practice offline using past papers to master visual box movement under timed conditions.
| Also Read | |
| SBI Clerk Notification | SBI Clerk Exam Pattern |
| SBI Clerk Syllabus | SBI Clerk Salary |
| SBI Clerk Cut Off | SBI Clerk Previous Year Question Paper |
SBI Clerk Inequality Questions 2026 Frequently Asked Questions
How many inequality questions appear in SBI Clerk Prelims 2026?
SBI Clerk Prelims typically includes 3 to 5 direct inequality questions in the Reasoning section. They represent high-accuracy scoring opportunities that can be solved in under 90 seconds.
What is the difference between direct and coded inequality in SBI Clerk?
Direct inequality uses standard mathematical symbols ($>$, $<$, $=$) directly in statements. Coded inequality replaces these signs with custom symbols (@, #, $) that must be decoded before evaluating conclusions.
How do I identify an “Either-Or” case in inequality questions?
An “Either-Or” case requires both individual conclusions to be false, identical elements in both conclusions, and a combined relationship that covers 100% of mathematical possibilities (such as combining $>$ and $=$ when $A \ge B$).
Is there negative marking in SBI Clerk 2026 for wrong answers?
Yes, SBI Clerk applies a negative marking penalty of 0.25 marks (1/4th) for every incorrect answer in both Prelims and Mains exams. Always confirm relationship priority before selecting your answer.
Can I skip rewriting statement chains during the SBI Clerk exam?
Yes, avoiding rewriting chains on scratch paper saves time. Train your eyes to connect multi-statement chains using common variables to evaluate conclusions directly on screen.
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