Reasoning

Syllogisms Guide & Practice

Understand Syllogism Venn Diagram representations, categorical statements (Some/All/No), solved exam questions, and online tests. Explore dynamic solver blueprints, master fundamental equations, examine step-by-step solved examples, and practice with real exam-grade mock test sets.

Practice Question Papers

Practice Filters

Reasoning

Syllogism - Set 1 Practice Test

Jun 2026Taken by 23,733 students
25 Qs
37 min
Hard
Reasoning

Syllogism - Set 1 Practice Test

Jun 2026Taken by 21,156 students
25 Qs
37 min
Easy
Reasoning

Syllogism - Set 4 Practice Test

Jun 2026Taken by 23,557 students
25 Qs
37 min
Medium
Reasoning

Syllogism - Set 3 Practice Test

Jun 2026Taken by 23,482 students
25 Qs
37 min
Easy
Reasoning

Syllogism - Set 3 Practice Test

Jun 2026Taken by 24,391 students
25 Qs
37 min
Hard
Reasoning

Syllogism - Set 5 Practice Test

Jun 2026Taken by 23,284 students
25 Qs
37 min
Medium
Reasoning

Syllogism - Set 2 Practice Test

Jun 2026Taken by 23,209 students
25 Qs
37 min
Easy
Reasoning

Syllogism Practice Test

Jun 2026Taken by 22,900 students
25 Qs
25 min
Medium
Reasoning

Syllogism Practice Test

Jun 2026Taken by 25,575 students
25 Qs
25 min
Easy
Reasoning

Syllogisms – Medium Mock (AI Labs)

Aug 2026Taken by 41,917 students
25 Qs
30 min
Medium
Reasoning

Syllogism - Set 1 Practice Test

Jun 2026Taken by 22,821 students
25 Qs
37 min
Medium
Reasoning

Syllogism - Set 5 Practice Test

Jun 2026Taken by 24,666 students
25 Qs
37 min
Easy
Reasoning

Syllogism - Set 4 Practice Test

Jun 2026Taken by 22,333 students
25 Qs
37 min
Easy
Reasoning

Syllogism Practice Test

Jun 2026Taken by 21,797 students
25 Qs
25 min
Hard
Reasoning

Syllogism - Set 3 Practice Test

Jun 2026Taken by 21,619 students
25 Qs
37 min
Medium
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Video Tutorial

Syllogisms Short Tricks & Formulas

Watch this short trick video explaining high-speed shortcuts, mental math formulas, and patterns for Syllogisms. Master the theory and start practicing with the tests below.

Foundation & Concepts

Syllogism is a form of deductive reasoning where a conclusion is drawn from two or more given propositions (premises).

1. Parts of a Proposition

Standard form: Quantifier + Subject + Copula + Predicate

  • Quantifier: Specifies quantity (All, No, Some).
  • Subject: The word about which something is said.
  • Predicate: What is affirmed or denied about the subject.
  • Copula: Relationship between subject and predicate (is, are, are not).

2. Four-fold Classification (A, E, I, O)

SymbolPropositionQuantityQualityVenn Diagram Hint
AAll A are BUniversalAffirmativeA is entirely inside B
ENo A is BUniversalNegativeA and B are disjoint
ISome A are BParticularAffirmativeA and B overlap
OSome A are not BParticularNegativePart of A is outside B

Patterns/Rules

1. Immediate Inferences (Single Statement)

  • All A are B (A) → Implies: Some A are B; Converts to: Some B are A.
  • No A is B (E) → Implies: Some A are not B; Converts to: No B is A.
  • Some A are B (I) → Converts to: Some B are A.
  • Some A are not B (O) → No definite immediate inference.

2. Mediate Inferences (Two+ Statements)

  • Positive + Positive = Positive Conclusion.
  • Positive + Negative = Negative Conclusion.
  • Negative + Negative = No definite conclusion.
  • Particular + Particular = No definite conclusion.
  • Alignment: The "Middle Term" (term common to both premises) must be distributed at least once.

3. Complementary Pairs (Either-Or Case)

"Either I or II follows" applies when:

  1. Both individual conclusions are false/uncertain.
  2. The subject and predicate are the same in both.
  3. They form a pair: (I + O), (A + O), or (I + E).

4. Possibility

  • If no definite relation exists between two terms, any "Possibility" between them is True.
  • If a definite relation exists, a contradicting "Possibility" is False.

Typical Exam Weightage

ExamTypical Questions
SSC (CGL / CHSL / MTS)1–2 questions
Banking (IBPS / SBI)3–5 questions

One of the highest-weightage Banking reasoning topics — the Venn-diagram method is faster and more reliable than verbal elimination for complex statement sets.

Figures are typical ranges based on recent-year patterns, not a guarantee for any specific upcoming paper — always cross-check against the latest official syllabus and previous-year papers for Syllogisms.

Solved Examples

1Solved Example
Easy

Q1. Statements:

  1. All gardens are schools.
  2. All schools are colleges. Conclusions: I. All gardens are colleges. II. Some gardens are colleges.
View Detailed Solution & Explanation
Step-by-Step Explanation

(A + A = A). All gardens -> Schools -> Colleges. Both follow.

  • Answer: Both I and II follow.

Q2. Statements:

  1. Some cups are spoons.
  2. Some spoons are saucers. Conclusions: I. Some cups are saucers. II. No cup is saucer.
  • Solution: Both premises are Particular (I). No definite relation between cups and saucers. However, since they form an (I + E) pair with the same terms, "Either/Or" applies.
  • Answer: Either I or II follows.
2Solved Example
Moderate

Q3. Statements:

  1. Some boys are students.
  2. All students are teenagers. Conclusions: I. All teenagers are students. II. Some boys are teenagers.
View Detailed Solution & Explanation
Step-by-Step Explanation
  • I: "All teenagers are students" is the reverse of A-type, not necessarily true.
    • II: Some boys (who are students) must be teenagers.
  • Answer: Only II follows.

Q4. Statements:

  1. All Lotus are flowers.
  2. No Lily is a Lotus. Conclusions: I. No Lily is a flower. II. Some Lilies are flowers.
  • Solution: Lily is excluded from Lotus, but not necessarily from the entire "flower" category. Lily could overlap with the "flower" area outside "Lotus".
  • Answer: Either I or II follows (Complementary pair E+I).
3Solved Example
Hard

Q5. Statements:

  1. Some birds are trees.
  2. Some trees are hens. Conclusions: I. Some birds being hens is a possibility. II. All trees being hens is a possibility.
View Detailed Solution & Explanation
Step-by-Step Explanation
  • I: No direct relation between birds and hens, so possibility is true.
    • II: "Some trees are hens" allows for the possibility that all trees are hens.
  • Answer: Both I and II follow.

Q6. Statements:

  1. Only Post-graduates are officers.
  2. All officers are sincere. Conclusions: I. Some sincere people are Post-graduates. II. All Post-graduates are sincere.
  • Solution: "Only A are B" means "All B are A". So, "All officers are Post-graduates".
    • Since All officers are sincere and All officers are Post-graduates, they overlap. I follows.
    • II is not necessarily true as there could be Post-graduates who are not officers and thus not necessarily sincere.
  • Answer: Only I follows.