IBPS PO Inequality Quiz 2026: Reasoning Practice Questions with Free PDF

IBPS PO Inequality Quiz 2026: Inequality is one of the highest-scoring topics in the Reasoning Ability section of the IBPS PO exam according to IBPS PO Notification 2026, provided candidates know the rules of combining signs correctly. Unlike puzzles and seating arrangements, inequality questions take less time to solve once the basic and coded rules are clear, which makes this topic a favourite among toppers for saving precious minutes in the Prelims exam.

In this article, we bring you an IBPS PO Inequality Quiz with 10 fully solved practice questions covering direct inequality, coded inequality, and multi-conclusion patterns along with a free downloadable PDF to strengthen your preparation.

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Why Inequality is Important for IBPS PO 2026

Inequality questions generally appear as a set of 5 questions in the IBPS PO Prelims Reasoning section and can also show up in a coded format in the Mains exam. Since each set is based on a common set of statements, solving one question correctly often means the rest of the set becomes quick, easy marks. Here’s why this topic deserves a dedicated practice session before your IBPS PO 2026 attempt:

Inequality is rule-based, not clue-based like puzzles, so accuracy can be near 100% with practice.
It takes less time per question compared to seating arrangement or puzzle sets.
Coded inequality (where symbols are replaced with random signs like @, %, $) is a recurring pattern in IBPS PO Mains.
A strong grip on inequality also helps in quant-based Data Interpretation comparison questions.

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IBPS PO Inequality Quiz 2026: 10 Practice Questions with Detailed Solutions

Directions (Q1-Q5) In the following questions, the relationship between elements is shown by symbols. Study the statements and decide which of the given conclusions definitely follow(s).

Q1. Statements: A > B ≥ C > D = E ≤ F
Conclusions:
I. A > E
II. B > D

Explanation: From A > B ≥ C, we get A > C. Combining A > C with C > D gives A > D. Since D = E, A > E follows. Also, B ≥ C > D gives B > D. Hence, both conclusions follow.

Q2. Statements: P ≤ Q < R = S > T ≥ U
Conclusions:
I. R > U
II. Q < S

Explanation: Since R = S and S > T ≥ U, we get R > U. Also, Q < R and R = S gives Q < S. Therefore, both conclusions follow.

Q3. Statements: F > G ≥ H > I ≤ J
Conclusions:
I. F > I
II. G > J

Explanation: F > G ≥ H > I gives F > I, so conclusion I follows. But I ≤ J reverses the direction, so no definite relation can be established between G and J. Hence, only conclusion I follows.

Q4. Statements: A ≥ B ≥ C
Conclusions:
I. A > C
II. A = C

Explanation: From A ≥ B ≥ C, we get A ≥ C. This means A may be greater than C or equal to C. Since both possibilities are covered by conclusions I and II, either conclusion I or II follows.

Q5. Statements: W > X, Y > Z
Conclusions:
I. W > Z
II. Y > X

Explanation: The two statements do not have any common element. W and X are related separately, while Y and Z are related separately. So, no relation can be established between W and Z or between Y and X.

Directions (Q6-Q8) In these questions, the symbols @, %, ©, $, and # are used with the following meanings:
A @ B means A is greater than B.
A © B means A is smaller than B.
A % B means A is greater than or equal to B.
A $ B means A is smaller than or equal to B.
A # B means A is equal to B.

Q6. Statements: M @ N % O, O © P, P $ Q
Conclusions:
I. O < Q
II. M > O

Explanation: Decoding gives M > N ≥ O, O < P, and P ≤ Q. From O < P ≤ Q, we get O < Q. From M > N ≥ O, we get M > O. Hence, both conclusions follow.

Q7. Statements: R © S $ T, T @ U % V
Conclusions:
I. R < T
II. S > V

Explanation: Decoding gives R < S ≤ T and T > U ≥ V. From R < S ≤ T, we get R < T, so conclusion I follows. However, S and V are connected through T from different sides, so S > V cannot be definitely established.

Q8. Statements: W % X, Y @ Z
Conclusions:
I. W > Z
II. X < Y

Explanation: Decoding gives W ≥ X and Y > Z. These are two independent statements with no common element. Therefore, no relation can be established between W and Z or between X and Y.

Directions (Q9-Q10) Study the statements and conclusions carefully and choose the correct option.

Q9. Statements: A > B ≥ C > D, D ≥ E
Conclusions:
I. A > D
II. C > E
III. B > E

Explanation: A > B ≥ C > D gives A > D, so conclusion I follows. C > D ≥ E gives C > E, so conclusion II follows. B ≥ C > D ≥ E gives B > E, so conclusion III also follows.

Q10. Statements: P < Q ≤ R, R < S, S = T
Conclusions:
I. Q < T
II. Q = T

Explanation: Q ≤ R and R < S gives Q < S because the chain contains a strict less-than sign. Since S = T, we get Q < T. Therefore, conclusion I follows, while conclusion II is false.

Quiz Summary

Attempted

Correct

Wrong

Unattempted

Final Score: 0.00

Types of Inequality Questions Asked in IBPS PO Exam

Direct Inequality: Statements are given directly using symbols (>, <, ≥, ≤, =), followed by two or more conclusions.
Coded Inequality: Symbols are replaced with letters or random characters (e.g., @, %, $, #, &), and candidates must first decode the meaning before solving.
Multiple Conclusion Inequality: A single statement is followed by three or more conclusions (I, II, III), testing how well a candidate can extend a chain.
Either-Or Based Inequality: Two conclusions are complementary, and candidates must identify when “either” is the correct answer instead of a definite one.

Inequality Symbols and Their Meanings

Symbol	Meaning
>	Greater than
<	Smaller than
≥	Greater than or equal to
≤	Smaller than or equal to
=	Equal to

Golden Rules to Solve Inequality Questions Quickly

Rule 1: A chain can be combined only when the relation direction does not reverse. For example, A > B > C can be combined, but A > B < C cannot be combined between A and C.
Rule 2: If a chain has even one strict sign (> or <) along with ≥ or ≤, the final combined relationship is always strict (> or <), not ≥ or ≤.
Rule 3: If the entire chain uses only ≥ or only ≤ signs, the combined relation remains ≥ or ≤ — this is where “either” conclusions usually apply.
Rule 4: “Either-Or” is the answer only when the two conclusions are exactly complementary (like A > B and A = B) and the established relation between them is ≥ or ≤.
Rule 5: “Neither follows” is the answer when there is no common element linking the two parts of the conclusion, or when the direction of the chain reverses at the linking element.

Tips to Master Inequality Questions for IBPS PO 2026

Always draw the combined chain on paper/rough sheet before checking conclusions — don’t solve mentally for 4+ element chains.
Memorise coded symbols quickly during the exam by writing them at the top of your rough sheet the moment the set appears.
Practice at least one inequality set daily in the last month before Prelims to build 100% accuracy at speed.
Attempt inequality sets first in the Reasoning section, since they are usually the fastest to solve compared to puzzles.
Revise the “either-or” and “neither” rules separately, as these are the most common traps in IBPS PO exams.

Also Read
IBPS PO Exam Pattern	IBPS PO Salary
IBPS PO Previous Year Question Paper	IBPS PO Cut Off
IBPS PO Study Plan	IBPS PO Syllabus PDF

FAQs on IBPS PO Inequality Quiz 2026

Q1. How many inequality questions are asked in the IBPS PO exam? Generally, 3 to 5 inequality questions are asked as a set in the IBPS PO Prelims Reasoning section, and coded inequality sets frequently appear in the Mains exam as well.

Q2. Is inequality an easy or difficult topic for IBPS PO? Inequality is considered one of the easiest scoring topics in Reasoning Ability, since it is entirely rule-based rather than clue-based, unlike puzzles or seating arrangements.

Q3. What is the difference between direct and coded inequality? Direct inequality uses standard symbols (>, <, ≥, ≤, =) in the statements themselves, while coded inequality replaces these symbols with letters or random signs (like @, %, $) that must be decoded first before solving.

Q4. When does “either” become the correct answer in inequality questions? “Either” is the correct answer when two conclusions are exactly complementary (such as A > B and A = B) and the combined statement establishes only a ≥ or ≤ relationship between the two elements, without confirming which one specifically holds.

Q5. Is the IBPS PO Inequality Quiz 2026 PDF free to download? Yes, the practice set with all 10 solved questions covered in this article is available as a free downloadable PDF for candidates preparing for IBPS PO 2026.

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