If a child inherits an Y chromosome from the father, what will be the sex of the child?
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A.
Female
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B.
Male
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C.
Hermaphrodite
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D.
Cannot be determined
Correct Answer:
B. Male
Explanation:
The logic follows a consistent subtraction of 4 positions in the English alphabet for each letter:1. SKIB to OGNG: - S (19) - 4 = O (15)
- K (11) - 4 = G (7)
- I (9) - 4 = E (5)
- B (2) - 4 = X (Using reverse order: B -\> A -\> Z -\> Y -\> X). However, checking the second example CUCV to YQHA:
- C (3) - 4 = Y (25)
- U (21) - 4 = Q (17)
- C (3) - 4 = Y (25). Note: The provided target is YQHA, suggesting the fourth letter follows a different pattern or there is a specific shift.Applying the -4 shift pattern to QIRK: - Q (17) - 4 = M (13)
- I (9) - 4 = E (5)
- R (18) - 4 = N (14). Wait, checking the options provided (MWEP, MWPE, MEPW, MEWP):
- Q (17) - 4 = M
- I (9) + 14 = W (Alternatively, if we look at MWEP)
- R (18) - 13 = E
- K (11) + 5 = PRe-evaluating the pattern:
SKIB to OGNG: S-4=O, K-4=G, I+5=N, B+5=G
CUCV to YQHA: C-4=Y, U-4=Q, C+5=H, V+5=A (22+5=27, which is A)
Applying this -4, -4, +5, +5 pattern to QIRK: - Q (17) - 4 = M
- I (9) - 4 = E
- R (18) + 5 = W
- K (11) + 5 = PThe resulting sequence is MEWP.
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