🇮🇳 RBI Grade B · subject

RBI Grade B Reasoning and Analytical Ability Syllabus

Every chapter and topic of Reasoning and Analytical Ability examined in RBI Grade B — 4 chapters, 14 topics and 19 sub-topics, plus 51 flashcards written against it.

4Chapters
14Topics
19Sub-topics
~15hEst. first pass
15%Of RBI Grade B
51Flashcards

Reasoning and Analytical Ability syllabus — full chapter and topic list

Expand any chapter to see its topics and sub-topics. This is the whole examinable outline for Reasoning and Analytical Ability in RBI Grade B, not a summary of it.

  1. Verbal Reasoning

    4 topics
    • Syllogism
      • Possibility cases
      • Statement-conclusion
    • Coding-Decoding
      • Letter and number coding
      • New pattern coding
    • Blood Relations and Direction Sense
      • Family tree puzzles
      • Distance and direction
    • Inequalities
      • Coded inequalities
  2. Analytical Puzzles and Arrangements

    4 topics
    • Seating Arrangement
      • Linear and circular
      • Facing inward/outward variations
    • Puzzles
      • Floor-based puzzles
      • Scheduling (day/month) puzzles
    • Ordering and Ranking
      • Comparison-based ranking
    • Input-Output
      • Machine input sequencing
  3. Critical Reasoning

    3 topics
    • Statement and Assumptions
      • Implicit assumptions
    • Course of Action and Inference
      • Cause and effect
    • Strengthening and Weakening Arguments
      • Evaluating arguments
  4. Non-Verbal and Logical Reasoning

    3 topics
    • Series and Analogy
      • Number and figure series
    • Data Arrangement (Logical)
      • Logical sequencing
    • Decision Making
      • Situational judgment

Reasoning and Analytical Ability flashcards for RBI Grade B

19 of 51 cards from the Reasoning and Analytical Ability deck — real questions with worked answers.

  1. In syllogism, what does the statement "All A are B" allow you to conclude about the relationship between A and B?

    Every member of A is contained in B (A is a subset of B), but not all B are necessarily A. The valid converse is the particular "Some B are A."

  2. What is the rule for drawing a definite conclusion from two particular statements (both starting with "Some") in syllogism?

    No definite conclusion can be drawn from two particular premises. At least one premise must be universal (All/No) to derive a valid conclusion.

  3. In syllogism, what is a "complementary pair" (either-or conclusion)?

    When two conclusions individually fail but together exhaust all possibilities (one is "Some A are B" and the other "No A are B" / "Some A are not B" on the same terms), the answer is "either I or II follows."

  4. From "No A are B," what immediate conversions are valid in syllogism?

    "No B are A" (full conversion holds for No-statements) and "Some A are not B" / "Some B are not A."

  5. In syllogism, can a universal negative conclusion ("No") follow from two affirmative premises?

    No. A negative conclusion requires at least one negative premise. Two affirmative premises can never yield a negative conclusion.

  6. In letter-shift coding, if in a code each letter is replaced by the letter 2 places ahead, how is "CAT" coded?

    "ECV" — C→E, A→C, T→V (each shifted forward by 2 positions in the alphabet).

  7. What is the standard alphabet position value of the letters A, J, S, and Z?

    A = 1, J = 10, S = 19, Z = 26. (EJOTY mnemonic: E=5, J=10, O=15, T=20, Y=25.)

  8. In substitution-type coding-decoding, what is the basic technique to crack the code?

    Compare the given coded words letter-by-letter to find which code-symbol consistently maps to which letter across multiple statements, then decode the target word.

  9. What is the reverse-alphabet (opposite letter) value, and how do you find a letter's opposite?

    Opposite of a letter = (27 minus its position). E.g., A(1)↔Z(26), B(2)↔Y(25), M(13)↔N(14). Position + opposite position = 27.

  10. In a blood relations problem, what does "the only daughter of my mother's brother" identify the person as?

    The cousin (specifically the female cousin) — mother's brother is the maternal uncle, so his daughter is the speaker's cousin.

  11. In direction sense, starting facing North and turning clockwise, what are the four cardinal directions in order?

    North → East → South → West (clockwise). Anticlockwise: North → West → South → East.

  12. In direction sense, how do you find the shortest (straight-line) distance between start and end points after perpendicular movements?

    Use the Pythagorean theorem: shortest distance = sqrt((net horizontal displacement)^2 + (net vertical displacement)^2).

  13. In blood relations, what relation is "my father's only son" to me (when said by a male)?

    Myself. The father's only son is the speaker himself (if the speaker is male).

  14. In direction sense, if you face South and take a left turn, which direction do you now face?

    East. (Facing South, left turn = East; right turn = West.)

  15. In blood relations coding (e.g., A + B means A is father of B), what does each operator typically need to be defined as before solving?

    Each symbol (+, -, x, ÷) is assigned a specific relationship and gender; you must first list these definitions, then build the family chain step by step.

  16. In inequalities, what conclusion follows from the chain A > B > C?

    A > C (and A > B, B > C). The relationship is transitive for the same direction of strict inequality.

  17. In coded inequalities, if A ≥ B and B > C, can you conclude A > C?

    Yes. "At least" combined with "greater than" yields strictly greater than: A ≥ B > C implies A > C.

  18. In inequalities, when does the "either-or" case arise between two conclusions?

    When the relation between two variables is undefined by the chain (e.g., from A ≥ B and A > C you cannot order B and C), and the two conclusions B ≥ C and B < C / B > C together cover all possibilities on the same pair.

  19. In inequalities, what does A ≤ B ≤ C combined with C = D let you conclude about A and D?

    A ≤ D (A ≤ B ≤ C = D), so A is less than or equal to D.

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Planning Reasoning and Analytical Ability for RBI Grade B

Reasoning and Analytical Ability is about 15% of the RBI Grade B syllabus by topic count — 14 of 95 topics, spread over 4 chapters. At roughly 45 minutes per topic plus 12 minutes per sub-topic, a first pass runs to about 15 hours.

The heaviest chapters are Verbal Reasoning (4 topics), Analytical Puzzles and Arrangements (4 topics), Critical Reasoning (3 topics) . Front-load those while your energy is high; the short chapters are better revision filler later.

Work top-down: read the chapter, then tick topics off individually rather than marking the whole chapter done. Sub-topics are where silent gaps hide.

Reasoning and Analytical Ability (RBI Grade B) FAQ

What is in the RBI Grade B Reasoning and Analytical Ability syllabus?

Reasoning and Analytical Ability is split into 4 chapters — Verbal Reasoning, Analytical Puzzles and Arrangements, Critical Reasoning and Non-Verbal and Logical Reasoning, containing 14 topics and 19 sub-topics in total.

How many chapters are there in Reasoning and Analytical Ability for RBI Grade B?

4 chapters. Reasoning and Analytical Ability accounts for about 15% of the topics in the whole RBI Grade B syllabus (14 of 95).

How long should I spend on Reasoning and Analytical Ability for RBI Grade B?

Budget around 15 hours for a first pass through Reasoning and Analytical Ability — about 45 minutes per topic plus 12 minutes per sub-topic across its 14 topics. Add revision cycles on top.

Are there flashcards for RBI Grade B Reasoning and Analytical Ability?

Yes — a 51-card Reasoning and Analytical Ability deck. Sample cards are printed on this page, and the full deck is free in the Examius app with spaced repetition scheduling.