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Probable / Hypothetical Cause–Effect

Introduction

The Probable or Hypothetical Cause-Effect pattern tests your ability to identify a logical but uncertain relationship between two statements. These questions do not describe definite events - instead, they rely on inference or likelihood where one event could reasonably be the cause of the other, even if it’s not confirmed.

Pattern: Probable / Hypothetical Cause–Effect

Pattern

The key concept is: determine which statement is the most likely cause based on logical probability, not guaranteed fact.

Step-by-Step Example

Question

1️⃣ Roads were closed this morning.
2️⃣ The Prime Minister is visiting the city today.

Which of the following correctly represents the relationship?
(A) 1 → Cause; 2 → Effect
(B) 2 → Cause; 1 → Effect
(C) Both are independent
(D) Both are effects of a common cause

Solution

  1. Step 1: Identify the probable link

    The road closure might have been due to an important event or visit.

  2. Step 2: Analyze the likelihood

    The Prime Minister’s visit is a strong probable reason for the road closure.

  3. Step 3: Confirm direction

    The visit (cause) likely resulted in the closure (effect).

  4. Final Answer:

    2 → Cause; 1 → Effect → Option B

  5. Quick Check:

    If there were no visit, roads might not be closed ✅

Quick Variations

1. Use of real-world logic to infer the most reasonable explanation.

2. Often framed around events like holidays, strikes, or VIP visits.

3. Both statements may appear factual, but the link is only assumed probable.

Trick to Always Use

  • Ask yourself: “Could one reasonably lead to the other?” - not “Does it definitely lead?”
  • Choose the direction that fits natural probability and common sense.
  • If no direct or logical connection exists, mark as independent.

Summary

Summary

  • Probable cause-effect relationships rely on reasonable inference, not proof.
  • One statement implies what is likely to have caused or resulted from the other.
  • Common in verbal reasoning and general awareness-based aptitude tests.
  • Use practical logic and context clues to decide the probable direction.

Example to remember:
“PM visit (probable cause) → Roads closed (effect).”

Practice

(1/5)
1. 1️⃣ Several flights were delayed at the airport. 2️⃣ A thick fog covered the city early in the morning. Identify the probable cause-effect relationship.
easy
A. 2 → Cause; 1 → Effect
B. 1 → Cause; 2 → Effect
C. Both are independent
D. Both are effects of a common cause

Solution

  1. Step 1: Identify probable cause

    Fog often leads to poor visibility, which may delay flights.

  2. Step 2: Logical direction

    Fog (cause) → Flight delays (effect).

  3. Step 3: Confirm reasonableness

    The timing supports this likelihood.

  4. Final Answer:

    2 → Cause; 1 → Effect → Option A

  5. Quick Check:

    No fog → smoother flight schedule ✅
Hint: Weather-related conditions are usually the probable cause of transport delays.
Common Mistakes: Assuming flight delay caused the fog instead of the reverse.
2. 1️⃣ The traffic on the main highway slowed down significantly. 2️⃣ An accident was reported near the toll gate. Identify the probable relationship between the statements.
easy
A. 1 → Cause; 2 → Effect
B. Both are independent
C. Both are effects of a common cause
D. 2 → Cause; 1 → Effect

Solution

  1. Step 1: Recognize sequence

    An accident can lead to slow traffic as vehicles stop or move cautiously.

  2. Step 2: Logical order

    Accident (cause) → Slow traffic (effect).

  3. Step 3: Confirm context

    This is the most probable real-world explanation.

  4. Final Answer:

    2 → Cause; 1 → Effect → Option D

  5. Quick Check:

    No accident → free-flowing traffic ✅
Hint: Accidents, strikes, and breakdowns are common probable causes of delays or slowdowns.
Common Mistakes: Reversing the cause-effect direction.
3. 1️⃣ Schools and colleges were closed today. 2️⃣ A major storm alert was issued by the weather department. Choose the most probable cause-effect link.
easy
A. Both are independent
B. 2 → Cause; 1 → Effect
C. 1 → Cause; 2 → Effect
D. Both are effects of a common cause

Solution

  1. Step 1: Identify likely reason

    School closures usually follow weather warnings or emergencies.

  2. Step 2: Logical sequence

    Storm alert (cause) → School closure (effect).

  3. Step 3: Verify probability

    Order of events supports this cause-effect flow.

  4. Final Answer:

    2 → Cause; 1 → Effect → Option B

  5. Quick Check:

    No storm warning → schools remain open ✅
Hint: In emergency-related contexts, official warnings usually act as probable causes.
Common Mistakes: Treating closure as cause rather than result of warning.
4. 1️⃣ The number of hospital admissions increased suddenly. 2️⃣ There has been a viral outbreak in nearby regions. Determine the most probable cause-effect relationship.
medium
A. 1 → Cause; 2 → Effect
B. 2 → Cause; 1 → Effect
C. Both are effects of a common cause
D. Both are independent

Solution

  1. Step 1: Identify probable scenario

    A viral outbreak usually leads to a sudden increase in hospital admissions.

  2. Step 2: Logical link

    Outbreak (cause) → More hospital admissions (effect).

  3. Step 3: Verify direction

    The timing and sequence confirm this as the most probable cause-effect relationship.

  4. Final Answer:

    2 → Cause; 1 → Effect → Option B

  5. Quick Check:

    No viral outbreak → no sudden rise in hospital admissions ✅
Hint: When one event (like an outbreak) directly increases another (like hospital visits), that event is the probable cause.
Common Mistakes: Marking both as effects of a common cause instead of recognizing direct probability.
5. 1️⃣ A massive crowd gathered outside the stadium early morning. 2️⃣ A famous singer was scheduled to perform that evening. Identify the correct probable cause-effect order.
medium
A. 2 → Cause; 1 → Effect
B. Both are independent
C. Both are effects of a common cause
D. 1 → Cause; 2 → Effect

Solution

  1. Step 1: Determine probable link

    The upcoming performance explains the early crowd formation.

  2. Step 2: Logical reasoning

    Performance event (cause) → Crowd gathering (effect).

  3. Step 3: Validate sequence

    The cause precedes the effect naturally.

  4. Final Answer:

    2 → Cause; 1 → Effect → Option A

  5. Quick Check:

    No concert → no early crowd ✅
Hint: Future events often act as probable causes for current observable actions.
Common Mistakes: Assuming the crowd gathering caused the performance announcement.

Mock Test

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