Understanding the Coding Language for Blood Relations
This problem involves decoding a set of symbols that represent blood relations and then applying these rules to determine the relationship between two individuals, L and P, based on a given expression.
First, let's establish the meaning of each symbol:
- A + B means 'A is the mother of B'. This implies A is female.
- A - B means 'A is the brother of B'. This implies A is male.
- A x B means 'A is the wife of B'. This implies A is female.
- A % B means 'A is the father of B'. This implies A is male.
- A # B means 'A is the daughter of B'. This implies A is female.
Analyzing the Expression: L # K % R - T + P # N
We will break down the expression step-by-step to determine the gender and relationships of each person involved.
- L # K: L is the daughter of K.
- Gender: L is Female.
- Relationship: K is a parent of L.
- K % R: K is the father of R.
- Gender: K is Male.
- Relationship: K is the father of L and R. L and R are siblings.
- R - T: R is the brother of T.
- Gender: R is Male.
- Relationship: R and T are siblings. K is the father of T.
- T + P: T is the mother of P.
- Gender: T is Female.
- Relationship: T is the mother of P. P is the child of T. Since K is the father of T, K is the paternal grandfather of P.
- P # N: P is the daughter of N.
- Gender: P is Female.
- Relationship: N is a parent of P. Since T is the mother of P, N must be the father of P. Therefore, T and N are the parents of P.
Determining the Relationship Between L and P
Now let's consolidate the information to find the relationship between L and P.
- From L # K, we know L is the daughter of K (L-Female).
- From K % R and R - T, we know K is the father of T (K-Male), and R and T are siblings.
- Since K is the father of T, and L is also the daughter of K, L and T are sisters.
- From T + P, we know T is the mother of P (T-Female).
- Therefore, L is the sister of P's mother (T).
- This means L is the maternal aunt of P.
The relationship 'maternal aunt' is equivalent to 'mother's sister'.