Solving the Word Substitution Puzzle

This question is a classic word substitution or coding puzzle. The key is to follow the defined rules of what each word is 'called' in this specific language or code.

The puzzle gives us a series of transformations:

• 'sky' is called 'cloud'
• 'cloud' is called 'thunder'
• 'thunder' is called 'water'
• 'water' is called 'pot'
• 'pot' is called 'desert'
• 'desert' is called 'sky'

Identifying Where Fish Live in Reality

In the real world, fish are aquatic animals. They live in bodies of water.

So, the standard place where fish live is water.

Applying the Code to Find Where Fish Live

Now, we need to apply the substitution rule provided in the puzzle to the real-world location where fish live.

We know fish live in 'water'. According to the puzzle's rules, 'water' is called 'pot'.

Let's look at the specific substitution for 'water':

Therefore, in this coded language, where 'water' is called 'pot', the fish live in 'pot'.

Conclusion on Fish Location

Following the logic of the substitution code provided in the question, if fish live in 'water' in the real world, and 'water' is called 'pot' in this puzzle, then fish live in 'pot'.

The correct answer corresponds to the term that 'water' is called.

Revision Table: Word Substitution Rules

Here is a summary of the given substitution rules:

To find where fish live, start with the real location (water) and see what it is called according to the table.

Additional Information on Coding Puzzles

Word substitution puzzles like this are common in logical reasoning sections of exams. They test your ability to follow specific, sometimes arbitrary, rules consistently. The key is not to get confused by the unusual associations (like fish living in a pot) but to strictly apply the given coding scheme.

Types of coding puzzles:

• Direct word substitution (like this one).
• Letter coding (e.g., A is coded as B).
• Number coding (e.g., A is coded as 1).
• Symbol coding.
• Mixed coding (combining letters, numbers, symbols).

Practicing different types helps build logical deduction skills.