Solving Letter Analogy Questions

Letter analogy questions test your ability to identify the relationship between a given pair of letters or letter groups and apply the same relationship to find the missing pair. In this question, we are given the pair APX : BQY and need to find a pair from the options that follows the same rule.

Understanding the Pattern in APX : BQY

Let's look at the position of each letter in the alphabet and how it changes from the first group (APX) to the second group (BQY).

• The first letter changes from A to B. A is the 1st letter, B is the 2nd. This is a shift of \(\text{+1}\).
• The second letter changes from P to Q. P is the 16th letter, Q is the 17th. This is a shift of \(\text{+1}\).
• The third letter changes from X to Y. X is the 24th letter, Y is the 25th. This is a shift of \(\text{+1}\).

So, the pattern is that each corresponding letter in the second group is one position forward in the alphabet compared to the first group. The rule is simply a \(\text{+1}\) shift for each letter.

Analyzing the Options

Now, let's apply this \(\text{+1}\) shift rule to the first part of each option pair and see if we get the second part.

Option 1: JRA : KTB

• J to K: J is 10th, K is 11th. Shift is \(\text{+1}\). Correct.
• R to T: R is 18th, T is 20th. Shift is \(\text{+2}\). Incorrect.

This option does not follow the \(\text{+1}\) pattern for all letters.

Option 2: JLM : KMP

• J to K: J is 10th, K is 11th. Shift is \(\text{+1}\). Correct.
• L to M: L is 12th, M is 13th. Shift is \(\text{+1}\). Correct.
• M to P: M is 13th, P is 16th. Shift is \(\text{+3}\). Incorrect.

This option does not follow the \(\text{+1}\) pattern for all letters.

Option 3: CSN : DTO

• C to D: C is 3rd, D is 4th. Shift is \(\text{+1}\). Correct.
• S to T: S is 19th, T is 20th. Shift is \(\text{+1}\). Correct.
• N to O: N is 14th, O is 15th. Shift is \(\text{+1}\). Correct.

This option follows the \(\text{+1}\) pattern for all three letters.

Option 4: AXP : BZR

• A to B: A is 1st, B is 2nd. Shift is \(\text{+1}\). Correct.
• X to Z: X is 24th, Z is 26th. Shift is \(\text{+2}\). Incorrect.
• P to R: P is 16th, R is 18th. Shift is \(\text{+2}\). Incorrect.

This option does not follow the \(\text{+1}\) pattern for all letters.

Comparing Shifts

Let's summarize the letter shifts for each option in a table:

As the table shows, only the pair CSN : DTO follows the exact same \(\text{+1}\) shift pattern as the given pair APX : BQY.

Conclusion

The relationship between the letters in APX : BQY is a consistent shift of one position forward in the alphabet for each corresponding letter. Applying this rule to the options, we find that CSN : DTO exhibits the same pattern.

Revision Table: Key Concepts

Additional Information: Types of Letter Analogies and Solving Tips

Letter analogies can involve various types of patterns. Here are a few common ones and tips for solving:

• Position Shift: Letters shift a fixed number of positions forward or backward in the alphabet (like in this problem, \(\text{+1}\) shift).
• Skipping Letters: Letters might be related by skipping a specific number of letters in between (e.g., A to C skips B).
• Reverse Alphabetical Order: The sequence might run backward (Z, Y, X...).
• Vowel/Consonant Patterns: The relationship might involve vowels or consonants.
• Combination of Rules: Some analogies combine different types of patterns for different letters in the group.

Tips for Solving:

• Write down the alphabet and their positions (A=1, B=2, etc.) or keep it handy.
• Systematically check the relationship between corresponding letters in the given pair.
• Note down the pattern clearly (e.g., \(\text{+1}\), \(\text{+2}\), \(\text{-1}\)).
• Apply the discovered pattern to the first part of each option pair.
• Verify if the result matches the second part of the option pair.
• Eliminate options that do not follow the pattern.

By understanding common patterns and using a systematic approach, you can efficiently solve letter analogy questions.