A code language is formulated thus: Vowels in the original word are replaced by the next vowel from the list of vowels, A-E-I-O-U (For example, E is replaced by I and U is replaced by A). Consonants in the original word are replaced by previous consonant (For example, T is replaced by S and V is replaced by T). Then how does the word, GOODMORNING appear in the coded language?
Decoding 'GOODMORNING': Applying Code Language Rules
This solution decodes the word 'GOODMORNING' based on specific rules for vowels and consonants.
Encoding Rules Explained
- Vowel Rule: Each vowel (A, E, I, O, U) is replaced by the *next* vowel in the sequence A → E → I → O → U → A.
- Consonant Rule: Each consonant is replaced by the *previous consonant* in the English alphabet (e.g., T → S, G → F).
Applying the Rules to 'GOODMORNING'
Let's encode each letter:
- G (Consonant): Previous consonant is F.
- O (Vowel): Next vowel is U.
- O (Vowel): Next vowel is U.
- D (Consonant): Previous consonant is C.
- M (Consonant): Previous consonant is L.
- O (Vowel): Next vowel is U.
- R (Consonant): Previous consonant is Q.
- N (Consonant): Previous consonant is M.
- I (Vowel): Next vowel is O.
- N (Consonant): Previous consonant is M.
- G (Consonant): Previous consonant is F.
Resulting Coded Word
Combining the encoded letters gives the final coded word: FUUCLUQMOMF.
Important Questions from Coding Decoding
- If IMAGE and FIELD are coded as FHBNJ and EMFJG respectively then, which one among the given options is the most appropriate code for BEACH ?
- If HIDE and CAGE are coded as 19-23-7-11 and 5-2-17-11 respectively, then what is the code for HIGH?
In the given figure, EF and HJ are coded as 30 and 80, respectively. Which one among the given options is most appropriate for the entires marked (i) and (ii)?
Examine the given data. The value of X is ________ (in integer).
Hint: Onset clusters are not allowed in the language.12 buzbi 20 bizbu 22 bizbuzbi 13 busti X tizbuzbi - P, Q, R and S are to be uniquely coded using $\alpha$ and $\beta$. If P is coded as $\alpha\alpha$ and Q as $\alpha\beta$, then R and S, respectively, can be coded as
