The problem asks us to find the coded form of the word 'GRAPE' based on the given code for 'APPLE'. We need to identify the specific pattern or rule used to transform 'APPLE' into 'BQOKF' and then apply the same rule to 'GRAPE'.
Let's compare each letter of 'APPLE' with the corresponding letter in 'BQOKF':
To find the pattern, we look at the shift in the alphabetical position for each letter:
The pattern observed is a sequence of shifts based on the position of the letter in the word: +1, +1, -1, -1, +1.
Now, we apply this identified pattern (+1, +1, -1, -1, +1) to the word 'GRAPE':
| Letter in 'GRAPE' | Position | Shift Applied | Resulting Letter |
|---|---|---|---|
| G | 1 | +1 | H (G + 1 = H) |
| R | 2 | +1 | S (R + 1 = S) |
| A | 3 | -1 | Z (A - 1 = Z, wrapping around the alphabet) |
| P | 4 | -1 | O (P - 1 = O) |
| E | 5 | +1 | F (E + 1 = F) |
Following the pattern, 'GRAPE' is coded as 'HSZOF'.
The word 'GRAPE' is written as 'HSZOF' in the same code.
In a certain code language, 'FIRE' is coded as 38 and 'WATER' is coded as 67. How will 'FOREST' be coded in the same language?
In a certain code language, 'ROAD' is coded as TRCG and 'STOP' is coded as UWQS. How will 'BOOK' be coded in the same language?
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