Code Analysis from Examples

The question presents a coding puzzle where words are represented by sequences of numbers. We are given two examples: HIDE coded as 19-23-7-11 and CAGE coded as 5-2-17-11. Our task is to determine the code for the word HIGH based on these examples.

First, let's list the provided word-code pairs:

• HIDE → 19-23-7-11
• CAGE → 5-2-17-11

Letter Code Mappings

To solve this, we need to identify the pattern used to convert letters into numbers. By examining the examples, we can deduce the specific code assigned to each unique letter.

From the word HIDE:

• H is coded as 19
• I is coded as 23
• D is coded as 7
• E is coded as 11

From the word CAGE:

• C is coded as 5
• A is coded as 2
• G is coded as 17
• E is coded as 11

Notice that the letter E appears in both words and consistently maps to the code 11. This suggests a direct substitution cipher where each letter has a fixed numerical code.

We can summarize these established mappings:

Applying Code to HIGH

Now we apply these derived letter codes to find the code for the word HIGH. The word HIGH consists of the letters H, I, G, and H.

• For the first letter H, the code is 19.
• For the second letter I, the code is 23.
• For the third letter G, the code is 17.
• For the fourth letter H, the code is 19.

Combining these codes in sequence gives us the final code for HIGH.

Final Code Determination

Based on the established letter-to-number mappings from the examples HIDE and CAGE, the word HIGH is coded as follows:

19-23-17-19

This sequence represents the code for HIGH.