This problem involves a coding language where words are transformed based on a specific rule. We need to figure out this rule by analyzing the given examples, 'PAPER' becoming 'RCSHT' and 'PRIDE' becoming 'RTLGG'. Once we understand the pattern, we can apply it to the word 'RADIO'.
Let's examine the first example: 'PAPER' to 'RCSHT'. We can look at the position of each letter in the alphabet (A=1, B=2, ..., Z=26) and see how it changes.
| Original Letter | Position | Coded Letter | Position | Change |
|---|---|---|---|---|
| P | 16 | R | 18 | +2 (18 - 16) |
| A | 1 | C | 3 | +2 (3 - 1) |
| P | 16 | S | 19 | +3 (19 - 16) |
| E | 5 | H | 8 | +3 (8 - 5) |
| R | 18 | T | 20 | +2 (20 - 18) |
The pattern observed is: add 2, add 2, add 3, add 3, add 2 to the position of each letter.
Now, let's verify this pattern with the second example: 'PRIDE' to 'RTLGG'.
| Original Letter | Position | Coded Letter | Position | Change |
|---|---|---|---|---|
| P | 16 | R | 18 | +2 (18 - 16) |
| R | 18 | T | 20 | +2 (20 - 18) |
| I | 9 | L | 12 | +3 (12 - 9) |
| D | 4 | G | 7 | +3 (7 - 4) |
| E | 5 | G | 7 | +2 (7 - 5) |
The pattern (+2, +2, +3, +3, +2) is consistent across both examples. This confirms the rule we need to apply.
We will now apply the identified coding pattern (+2, +2, +3, +3, +2) to the word 'RADIO'.
Following these steps, the word 'RADIO' is coded as 'TCGLQ'.
The word 'RADIO' translates to 'TCGLQ' using the discovered coding pattern. This matches one of the provided options.
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