Select the option that is related to the third letter-cluster in the same way as the second letter-cluster is related to the first letter-cluster. PUZKR : TPFDZ :: KRTOD : ?
OMZHL
Letter cluster analogy questions require you to find the relationship between the first pair of letter clusters and apply the same relationship to the third letter cluster to find the fourth one. In this specific question, we need to determine how 'PUZKR' is related to 'TPFDZ' and then apply that rule to 'KRTOD'.
Let's look at the position of each letter in the English alphabet:
So, PUZKR corresponds to the positions: 16, 21, 26, 11, 18.
Now let's look at TPFDZ:
TPFDZ corresponds to the positions: 20, 16, 6, 4, 26.
Let's compare the corresponding letter positions:
The pattern of changes in letter positions is: $+4, -5, +6, -7, +8$. This appears to be an alternating series of addition and subtraction, with the magnitude increasing by 1 each time.
Now we apply the pattern $+4, -5, +6, -7, +8$ to the letter cluster KRTOD.
Combining the resulting letters, we get OMZHL.
Let's summarize the transformation:
| Letter in KRTOD | Position | Pattern | Calculation | New Position | Resulting Letter |
|---|---|---|---|---|---|
| K | 11 | $+4$ | $11 + 4 = 15$ | 15 | O |
| R | 18 | $-5$ | $18 - 5 = 13$ | 13 | M |
| T | 20 | $+6$ | $20 + 6 = 26$ | 26 | Z |
| O | 15 | $-7$ | $15 - 7 = 8$ | 8 | H |
| D | 4 | $+8$ | $4 + 8 = 12$ | 12 | L |
The resulting letter cluster is OMZHL.
Based on the pattern derived from the relationship between PUZKR and TPFDZ, the letter cluster related to KRTOD is OMZHL.
| Original Cluster (PUZKR) | Position | Transformation | New Position | Result Cluster (TPFDZ) |
|---|---|---|---|---|
| P | 16 | $+4$ | 20 | T |
| U | 21 | $-5$ | 16 | P |
| Z | 26 | $+6$ | $26 \to 6$ (F) | F |
| K | 11 | $-7$ | 4 | D |
| R | 18 | $+8$ | 26 | Z |
| Original Cluster (KRTOD) | Position | Transformation | New Position | Result Cluster |
|---|---|---|---|---|
| K | 11 | $+4$ | 15 | O |
| R | 18 | $-5$ | 13 | M |
| T | 20 | $+6$ | 26 | Z |
| O | 15 | $-7$ | 8 | H |
| D | 4 | $+8$ | 12 | L |
The final answer is OMZHL.
Letter series and analogy problems are common in reasoning sections of competitive exams. They test your ability to identify patterns in sequences of letters or relationships between letter groups.
Common types of patterns include:
To solve these problems effectively, it's helpful to know the position of each letter in the alphabet and practice recognizing various types of sequences and relationships.
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