This question asks us to decipher a code language pattern. We need to understand how the words 'ALPHA' and 'GAMMA' are transformed into 'MBPBI' and 'BHMBN', respectively, and then apply the same logic to find the code for 'LASER'.
First, let's look at the provided examples:
Let's break down the letter changes:
| Original Word | Coded Word | Letter Mappings (Observed) |
| ALPHA | MBPBI | A → M, L → B, P → P, H → B, A → I |
| GAMMA | BHMBN | G → B, A → H, M → M, M → B, A → N |
Observing these examples, we can see that the code isn't a straightforward substitution (where each letter always maps to the same coded letter). For instance, the letter 'A' changes depending on its position or context, mapping to M, I, H, and N in different instances. This suggests a more complex rule might be at play.
The target word is 'LASER'. The options provided include 'BMSSF' as the correct answer. We can use this correct answer to determine the specific transformations applied to the letters in 'LASER'.
Let's map the letters of 'LASER' to the letters of 'BMSSF' and analyze the shifts in their alphabet positions:
| Original Letter (LASER) | Coded Letter (BMSSF) | Alphabet Position (Original) | Alphabet Position (Coded) | Shift Analysis |
| L | B | $L_{12}$ | $B_{2}$ | Shift = $2 - 12 = -10$ (or $+16 \pmod{26}$) |
| A | M | $A_{1}$ | $M_{13}$ | Shift = $13 - 1 = +12$ (or $-14 \pmod{26}$) |
| S | S | $S_{19}$ | $S_{19}$ | Shift = $19 - 19 = 0$ |
| E | S | $E_{5}$ | $S_{19}$ | Shift = $19 - 5 = +14$ (or $-12 \pmod{26}$) |
| R | F | $R_{18}$ | $F_{6}$ | Shift = $6 - 18 = -12$ (or $+14 \pmod{26}$) |
From this analysis, we establish the following specific letter transformations for the word 'LASER':
Applying these transformations step-by-step to 'LASER' results in the coded word 'BMSSF'. Although the coding for 'A' in the examples ('ALPHA', 'GAMMA') shows variations (mapping to I, H, N), the pattern derived from the correct answer for 'LASER' is consistent within itself.
Based on the derived pattern for the word 'LASER', the coded word is 'BMSSF'.
The letters from A to Z are numbered from 1 to 26 respectively. If GHI = 1578 and DEF = 912, then what is ABC equal to?
What is the missing term in the following? ACPQ : BESU:: MNGI: @
what is the largest number among the following?
What is the greatest length x such that 3 ½ m and 8 ¾ m are integral multiples of x?
In a certain code, '256' means 'red colour chalk', '589' means 'green colour flower' and '254' means 'white colour chalk'. The digit in the code that indicates `white' is