Soru

Zorluk: ZorBlood Relations

Read the following coded relationship definitions carefully:
- P÷QP \div Q means 'PP is the mother of QQ'
- P+QP + Q means 'PP is the father of QQ'
- P×QP \times Q means 'PP is the brother of QQ'
- PQP - Q means 'PP is the sister of QQ'

Based on the expression J÷K+L×MN+OJ \div K + L \times M - N + O, how is OO related to JJ?

  1. A
    Great-grandson
  2. B
    Great-granddaughter
  3. C
    Paternal Great-grandmother
  4. Cannot be determinedCevap

Cevap

Cannot be determined, as the gender of OO is not specified in the given expression.
Tracing the expression shows that JJ is the mother of KK, KK is the father of NN, and NN is the father of OO. This makes JJ the great-grandmother of OO, which means OO is the great-grandchild of JJ. Since OO is the terminal node in N+ON + O, no operation defines OO's gender. Therefore, OO could be either a great-grandson or a great-granddaughter, making the exact relationship impossible to determine.

Adım Adım Çözüm

1
Decode the maternal and paternal lineage from the first part of the expression
J÷KJ \div K implies JJ is the mother of KK. K+LK + L implies KK is the father of LL.
Establishing the top two generations of the family lineage.
2
Determine the sibling relationships in the third generation
L×MNL \times M - N indicates that LL, MM, and NN are siblings (children of KK). Specifically, NN is a male child of KK.
Identifying that NN belongs to the third generation as KK's son.
3
Analyze the relationship to the fourth generation and test for gender clarity
N+ON + O shows NN is the father of OO. Thus, OO is the child of NN, making OO the great-grandchild of JJ. However, the gender of OO is unstated.
Evaluating whether OO's gender can be uniquely determined.

Anahtar Kavram

Gender ambiguity in coded blood relations
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