Multiple Statements

Multiple Statements problems present 2 or 3 independent coded inequality statements. These statements may share common variables, allowing you to combine information across statements. You must determine which conclusions logically follow from the combined information.

10Worksheets
200+Practice Questions
IntermediateDifficulty
2-3 hoursHours to Master

Introduction to Multiple Statements

Multiple Statements problems present 2 or 3 independent coded inequality statements. These statements may share common variables, allowing you to combine information across statements. You must determine which conclusions logically follow from the combined information.

Prerequisites

Basic symbol inequality Chain inequalities Combining inequality statements Transitive property across statements
Why This Matters: Multiple Statements problems appear in 2-3 questions in Banking PO mains and SSC CGL exams. They test the ability to integrate information from multiple sources.

How to Solve Multiple Statements Problems

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Step 1: Decode each statement individually using the given symbol mapping

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Step 2: List all relationships from all statements

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Step 3: Identify common variables that appear in multiple statements

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Step 4: Combine relationships through common variables to form longer chains

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Step 5: Apply transitive property across the combined information

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Step 6: If no common variable exists between statements, treat them independently

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Step 7: Evaluate each conclusion using all available information

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Step 8: Determine which conclusions must be true

Pro Strategy: Decode each statement separately first. Then look for common variables that can connect statements. Combine them into a single chain if possible. If no common variable exists, conclusions can only be drawn from individual statements independently.

Example Problem

Example: If @ = >, # = <, decode: Statement 1: A @ B, Statement 2: B # C. Which conclusion follows? Solution: Step 1: Decode S1: A > B, S2: B < C Step 2: Combine: A > B < C Step 3: A and C have opposite signs → no direct relation Step 4: Conclusion 'A > C' does not follow Step 5: Conclusion 'B < C' follows (directly from S2) Step 6: Conclusion 'A > B' follows (directly from S1) Answer: Conclusions that are directly stated follow; transitive conclusions may not follow if signs are mixed

Pro Tips & Tricks

  • Statements without common variables cannot be combined
  • When statements share a variable, you can chain them together
  • If A > B and B > C, combine to A > B > C
  • If A > B and B < C, combine to A > B < C (no A-C relation)
  • Write all relationships in a single place for easy reference
  • Check if conclusions can be derived directly from any single statement

Shortcut Methods to Solve Faster

Same direction chain across statements → transitive conclusion possible
Opposite direction across statements → no definite outer relation
If no common variable, statements are independent
A conclusion that appears in any one statement is valid
A conclusion that requires combining statements must pass the consistency test

Common Mistakes to Avoid

Assuming statements are connected when they share no common variable
Combining statements incorrectly when signs are opposite
Forgetting to check if combined chain has consistent direction
Missing direct conclusions from individual statements
Overlooking that multiple statements can create longer valid chains

Exam Importance

Multiple Statements is an important topic for various competitive exams. Here's how frequently it appears:

SSC CGL
1-2 questions
BANKING PO
2-3 questions
RAILWAYS RRB
1-2 questions
CAT
1-2 questions
INSURANCE
2-3 questions

Ready to Master Multiple Statements?

Start with Worksheet 1 and work your way up to expert level! Each worksheet includes:

20 practice questions
Detailed solutions
Step-by-step explanations
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