Coding Decoding Questions and Answers – Page 4

The verified answer to “In a certain code, CHAIR is written as RIAHC. The source working states: Correct answer: REGIT (Option B). Apply the same unchanged rule to TIGER: T→R, I→E, G→G, E→I, R→T. Therefore the required code is REGIT. Wrong options: UJHFS is wrong because it does not reproduce the verified rule at every position; VKIGT is wrong because it does not reproduce the verified rule at every position; SHFDQ 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 REGIT. The alternatives VKIGT, SHFDQ and UJHFS fail because at least one position does not obey the same transformation. A useful final check is to map REGIT backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, TABLE is written as WDEOH. How will BLOOD be written in that code?” is EORRG, option D. The source working states: Correct answer: EORRG (Option A). Apply the same unchanged rule to BLOOD: B→E, L→O, O→R, O→R, D→G. Therefore the required code is EORRG. Wrong options: CMPPE is wrong because it does not reproduce the verified rule at every position; DNQQF is wrong because it does not reproduce the verified rule at every position; AKNNC 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 EORRG. The alternatives CMPPE, DNQQF and AKNNC fail because at least one position does not obey the same transformation. A useful final check is to map EORRG backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, ROOM is written as PMMK. How will HEART be written in that code?” is FCYPR, option C. The source working states: Correct answer: FCYPR (Option D). Apply the same unchanged rule to HEART: H→F, E→C, A→Y, R→P, T→R. Therefore the required code is FCYPR. Wrong options: IFBSU is wrong because it does not reproduce the verified rule at every position; JGCTV is wrong because it does not reproduce the verified rule at every position; GDZQS 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 FCYPR. The alternatives JGCTV, GDZQS and IFBSU fail because at least one position does not obey the same transformation. A useful final check is to map FCYPR backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, HOUSE is written as GNTRD. How will SOUND be written in that code?” is RNTMC, option B. The source working states: Correct answer: RNTMC (Option C). Apply the same unchanged rule to SOUND: S→R, O→N, U→T, N→M, D→C. Therefore the required code is RNTMC. Wrong options: TPVOE is wrong because it does not reproduce the verified rule at every position; UQWPF is wrong because it does not reproduce the verified rule at every position; QMSLB 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 RNTMC. The alternatives UQWPF, QMSLB and TPVOE fail because at least one position does not obey the same transformation. A useful final check is to map RNTMC backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, PLANE is written as RNCPG. The source working states: Correct answer: OWUKE (Option B). Apply the same unchanged rule to MUSIC: M→O, U→W, S→U, I→K, C→E. Therefore the required code is OWUKE. Wrong options: NVTJD is wrong because it does not reproduce the verified rule at every position; LTRHB is wrong because it does not reproduce the verified rule at every position; KSQGA 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 OWUKE. The alternatives LTRHB, KSQGA and NVTJD fail because at least one position does not obey the same transformation. A useful final check is to map OWUKE backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, TRAIN is written as USBJO. How will METAL be written in that code?” is NFUBM, option D. The source working states: Correct answer: NFUBM (Option A). Apply the same unchanged rule to METAL: M→N, E→F, T→U, A→B, L→M. Therefore the required code is NFUBM. Wrong options: OGVCN is wrong because it does not reproduce the verified rule at every position; LDSZK is wrong because it does not reproduce the verified rule at every position; KCRYJ 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 NFUBM. The alternatives OGVCN, LDSZK and KCRYJ fail because at least one position does not obey the same transformation. A useful final check is to map NFUBM backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, CLOUD is written as DCLOU. How will STONE be written in that code?” is ESTON, option C. The source working states: Correct answer: ESTON (Option D). Apply the same unchanged rule to STONE: S→E, T→S, O→T, N→O, E→N. Therefore the required code is ESTON. Wrong options: TUPOF is wrong because it does not reproduce the verified rule at every position; UVQPG is wrong because it does not reproduce the verified rule at every position; RSNMD 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 ESTON. The alternatives UVQPG, RSNMD and TUPOF fail because at least one position does not obey the same transformation. A useful final check is to map ESTON backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, RAIN is written as AINR. How will GREEN be written in that code?” is REENG, option B. The source working states: Correct answer: REENG (Option C). Apply the same unchanged rule to GREEN: G→R, R→E, E→E, E→N, N→G. Therefore the required code is REENG. Wrong options: HSFFO is wrong because it does not reproduce the verified rule at every position; ITGGP is wrong because it does not reproduce the verified rule at every position; FQDDM 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 REENG. The alternatives ITGGP, FQDDM and HSFFO fail because at least one position does not obey the same transformation. A useful final check is to map REENG backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, MOON is written as OMNO. The source working states: Correct answer: LPNAT (Option B). Apply the same unchanged rule to PLANT: P→L, L→P, A→N, N→A, T→T. Therefore the required code is LPNAT. Wrong options: QMBOU is wrong because it does not reproduce the verified rule at every position; RNCPV is wrong because it does not reproduce the verified rule at every position; OKZMS 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 LPNAT. The alternatives RNCPV, OKZMS and QMBOU fail because at least one position does not obey the same transformation. A useful final check is to map LPNAT backward through the inverse operation and confirm that the original target is recovered.

The verified answer to “In a certain code, STAR is written as TSBQ. How will WATER be written in that code?” is XZUDS, option D. The source working states: Correct answer: XZUDS (Option A). Apply the same unchanged rule to WATER: W→X, A→Z, T→U, E→D, R→S. Therefore the required code is XZUDS. Wrong options: XBUFS is wrong because it does not reproduce the verified rule at every position; YCVGT is wrong because it does not reproduce the verified rule at every position; VZSDQ 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 XZUDS. The alternatives XBUFS, YCVGT and VZSDQ fail because at least one position does not obey the same transformation. A useful final check is to map XZUDS backward through the inverse operation and confirm that the original target is recovered.