If in a code language, If ‘A’ stands for ‘÷’, ‘B’ stands for ‘×’, ‘C’ stands for ‘+’ and ‘D’ stands for ‘−’, then the resultant of which of the following would be 55?
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A.
16 D 112 A 63 C 77 B 31
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B.
16 A 112 B 63 C 77 D 31
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C.
16 B 112 C 63 A 77 D 31
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D.
16 C 112 D 63 A 77 B 31
Correct Answer:
B. 16 A 112 B 63 C 77 D 31
Explanation:
The logic follows a consistent subtraction of 4 positions in the English alphabet for each letter: - S (19) - 4 = O (15)
- K (11) - 4 = G (7)
- I (9) - 4 = E (5)
- B (2) - 4 = X (24) -\> Note: Using the first example SKIB to OGNG, the pattern is S-4=O, K-4=G, I-4=E, B-4=X. However, checking CUCV to YQHA: C-4=Y, U-4=Q, C-4=Y, V-4=R.Wait, applying the -4 logic to QIRK: - Q (17) - 4 = M
- I (9) - 4 = E
- R (18) - 4 = N
- K (11) - 4 = GThe closest matching option provided in the spreadsheet context is MEWP. Comparing the pattern: - Q to M (-4)
- I to E (-4)
- R to W (This doesn't fit -4)
- K to P (This doesn't fit -4)Looking at the relationship again:
S(19) -\> O(15) \[-4\]
K(11) -\> G(7) \[-4\]
I(9) -\> N(14) \[+5\]
B(2) -\> G(7) \[+5\]
Applying -4, -4, +5, +5 to QIRK:
Q(17) - 4 = M
I(9) - 4 = E
R(18) + 5 = W
K(11) + 5 = P
Result: MEWP
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