Coding Decoding Questions and Answers – Page 3

The verified answer to “In a certain code, GREEN is written as EPCCL. How will ROAD be written in that code?” is PMYB, option C. The source working states: Correct answer: PMYB (Option D). Apply the same unchanged rule to ROAD: R→P, O→M, A→Y, D→B. Therefore the required code is PMYB. Wrong options: SPBE is wrong because it does not reproduce the verified rule at every position; TQCF is wrong because it does not reproduce the verified rule at every position; QNZC is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option D is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces PMYB. The alternatives TQCF, QNZC and SPBE fail because at least one position does not obey the same transformation. A useful final check is to map PMYB backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, PLANT is written as OKZMS. How will KING be written in that code?” is JHMF, option B. The source working states: Correct answer: JHMF (Option C). Apply the same unchanged rule to KING: K→J, I→H, N→M, G→F. Therefore the required code is JHMF. Wrong options: LJOH is wrong because it does not reproduce the verified rule at every position; MKPI is wrong because it does not reproduce the verified rule at every position; IGLE is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option C is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces JHMF. The alternatives MKPI, IGLE and LJOH fail because at least one position does not obey the same transformation. A useful final check is to map JHMF backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, WATER is written as YCVGT. The source working states: Correct answer: SWGGP (Option B). Apply the same unchanged rule to QUEEN: Q→S, U→W, E→G, E→G, N→P. Therefore the required code is SWGGP. Wrong options: RVFFO is wrong because it does not reproduce the verified rule at every position; PTDDM is wrong because it does not reproduce the verified rule at every position; OSCCL is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option B is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces SWGGP. The alternatives PTDDM, OSCCL and RVFFO fail because at least one position does not obey the same transformation. A useful final check is to map SWGGP backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, RIVER is written as SJWFS. How will NIGHT be written in that code?” is OJHIU, option D. The source working states: Correct answer: OJHIU (Option A). Apply the same unchanged rule to NIGHT: N→O, I→J, G→H, H→I, T→U. Therefore the required code is OJHIU. Wrong options: PKIJV is wrong because it does not reproduce the verified rule at every position; MHFGS is wrong because it does not reproduce the verified rule at every position; LGEFR is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option A is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces OJHIU. The alternatives PKIJV, MHFGS and LGEFR fail because at least one position does not obey the same transformation. A useful final check is to map OJHIU backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, DARK is written as KDAR. How will DREAM be written in that code?” is MDREA, option C. The source working states: Correct answer: MDREA (Option D). Therefore the required code is MDREA. Wrong options: ESFBN is wrong because it does not reproduce the verified rule at every position; FTGCO is wrong because it does not reproduce the verified rule at every position; CQDZL is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option D is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces MDREA. The alternatives FTGCO, CQDZL and ESFBN fail because at least one position does not obey the same transformation. A useful final check is to map MDREA backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, LIGHT is written as IGHTL. How will WALL be written in that code?” is ALLW, option B. The source working states: Correct answer: ALLW (Option C). Apply the same unchanged rule to WALL: W→A, A→L, L→L, L→W. Therefore the required code is ALLW. Wrong options: XBMM is wrong because it does not reproduce the verified rule at every position; YCNN is wrong because it does not reproduce the verified rule at every position; VZKK is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option C is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces ALLW. The alternatives YCNN, VZKK and XBMM fail because at least one position does not obey the same transformation. A useful final check is to map ALLW backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, BRAIN is written as RBIAN. The source working states: Correct answer: RBCIK (Option B). Apply the same unchanged rule to BRICK: B→R, R→B, I→C, C→I, K→K. Therefore the required code is RBCIK. Wrong options: CSJDL is wrong because it does not reproduce the verified rule at every position; DTKEM is wrong because it does not reproduce the verified rule at every position; AQHBJ is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option B is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces RBCIK. The alternatives DTKEM, AQHBJ and CSJDL fail because at least one position does not obey the same transformation. A useful final check is to map RBCIK backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, SMART is written as TLBQU. How will MANGO be written in that code?” is NZOFP, option D. The source working states: Correct answer: NZOFP (Option A). Apply the same unchanged rule to MANGO: M→N, A→Z, N→O, G→F, O→P. Therefore the required code is NZOFP. Wrong options: NBOHP is wrong because it does not reproduce the verified rule at every position; OCPIQ is wrong because it does not reproduce the verified rule at every position; LZMFN is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option A is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces NZOFP. The alternatives NBOHP, OCPIQ and LZMFN fail because at least one position does not obey the same transformation. A useful final check is to map NZOFP backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, WORLD is written as EMSPX. How will APPLE be written in that code?” is FMQQB, option C. The source working states: Correct answer: FMQQB (Option D). Apply the same unchanged rule to APPLE: A→F, P→M, P→Q, L→Q, E→B. Therefore the required code is FMQQB. Wrong options: BQQMF is wrong because it does not reproduce the verified rule at every position; CRRNG is wrong because it does not reproduce the verified rule at every position; ZOOKD is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option D is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces FMQQB. The alternatives CRRNG, ZOOKD and BQQMF fail because at least one position does not obey the same transformation. A useful final check is to map FMQQB backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, EARTH is written as VZIGS. How will HORSE be written in that code?” is SLIHV, option B. The source working states: Correct answer: SLIHV (Option C). Apply the same unchanged rule to HORSE: H→S, O→L, R→I, S→H, E→V. Therefore the required code is SLIHV. Wrong options: IPSTF is wrong because it does not reproduce the verified rule at every position; JQTUG is wrong because it does not reproduce the verified rule at every position; GNQRD is wrong because it does not reproduce the verified rule at every position. Even one mismatched position invalidates a code, so only Option C is correct. This observation must be confirmed across every available letter position or every consecutive term before it is applied to the missing code. Applying the verified rule to the target expression produces SLIHV. The alternatives JQTUG, GNQRD and IPSTF fail because at least one position does not obey the same transformation. A useful final check is to map SLIHV backward through the inverse operation and confirm that the original target is recovered.