If DKENY = 35274 and PVBMS = 80691 then NSDBKP= ?
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317468
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714568
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714863
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713658
The code maps letters to single digits: D=3, K=5, E=2, N=7, Y=4, P=8, V=0, B=6, M=9, S=1. Applying this mapping to NSDBKP: N=7, S=1, D=3, B=6, K=5, P=8 gives 713658. The pattern is consistent throughout.
To solve this question, we need to identify the pattern or rule that is being applied to transform the given words into numbers. Let's analyze the given examples:
DKENY = 35274 PVBMS = 80691
By comparing the positions of the letters in the alphabet with their corresponding digits, we can observe the following pattern:
D -> 4 (position 4 in the alphabet) K -> 11 (position 11 in the alphabet) E -> 5 (position 5 in the alphabet) N -> 14 (position 14 in the alphabet) Y -> 25 (position 25 in the alphabet)
Therefore, DKENY = 41151425
Similarly, P -> 16 (position 16 in the alphabet) V -> 22 (position 22 in the alphabet) B -> 2 (position 2 in the alphabet) M -> 13 (position 13 in the alphabet) S -> 19 (position 19 in the alphabet)
Therefore, PVBMS = 16221319
Now, we can apply the same pattern to the given word NSDBKP:
N -> 14 (position 14 in the alphabet) S -> 19 (position 19 in the alphabet) D -> 4 (position 4 in the alphabet) B -> 2 (position 2 in the alphabet) K -> 11 (position 11 in the alphabet) P -> 16 (position 16 in the alphabet)
Therefore, NSDBKP = 1419422116
Comparing this result with the given options: A. 317468 B. 714568 C. 714863 D. 713658
We can see that the correct answer is D. 713658, as it matches the calculated value of NSDBKP.