'A # B' means 'A is the brother of B'. 'A @ B' means 'A is the daughter of B'. 'A & B' means 'A is the husband of B'. 'A % B' means 'A is the wife of B'. If D @ N @ H & Y @ F % V, then how is V related to H?
Wife's father
Solving Blood Relation Puzzles
This problem requires us to decode a series of symbolic relationships to determine the connection between two individuals, V and H. Let's first understand the meaning of each symbol provided in the question.
Understanding the Blood Relation Codes
- 'A # B' means 'A is the brother of B'. This indicates a sibling relationship, and A is male.
- 'A @ B' means 'A is the daughter of B'. This indicates a parent-child relationship, and A is female.
- 'A & B' means 'A is the husband of B'. This indicates a marital relationship, and A is male (and B is female).
- 'A % B' means 'A is the wife of B'. This indicates a marital relationship, and A is female (and B is male).
Decoding the Given Expression: D @ N @ H & Y @ F % V
We will break down the given expression step by step from left to right to build a family tree or diagram. We will determine the relationship and gender of each person involved where possible.
- D @ N: This means D is the daughter of N.
- Relationship: N is the parent of D.
- Gender: D is female ($\text{F}$). N's gender is not yet known from this part.
- N @ H: This means N is the daughter of H.
- Relationship: H is the parent of N.
- Gender: N is female ($\text{F}$). H's gender is not yet known from this part.
- Combining with step 1: H is parent of N, and N is parent of D. Both N and D are female.
- H & Y: This means H is the husband of Y.
- Relationship: H is married to Y.
- Gender: H is male ($\text{M}$), and Y is female ($\text{F}$).
- Combining with step 2: H (M) is married to Y (F). N (F) is their child (since H is N's parent). D (F) is N's child.
- Y @ F: This means Y is the daughter of F.
- Relationship: F is the parent of Y.
- Gender: Y is female ($\text{F}$). F's gender is not yet known from this part. Note that Y being female is consistent with step 3.
- Combining with previous steps: F is parent of Y (F). Y (F) is married to H (M). N (F) is child of H and Y. D (F) is child of N.
- F % V: This means F is the wife of V.
- Relationship: F is married to V.
- Gender: F is female ($\text{F}$), and V is male ($\text{M}$). Note that F being female is consistent with step 4.
- Combining all steps: V (M) is married to F (F). Y (F) is their child (since F is Y's parent). Y (F) is married to H (M). N (F) is child of Y and H. D (F) is child of N.
Summary of Family Relations
Based on the decoding, we can outline the key relationships relevant to V and H:
- V is male ($\text{M}$).
- F is female ($\text{F}$). V and F are married.
- Y is female ($\text{F}$). Y is the daughter of F (and V).
- H is male ($\text{M}$). H is married to Y.
In simple terms, V and F are parents of Y, and H is married to their daughter Y.
Determining the Relationship of V to H
We need to find how V is related to H. From our summary:
- V is the father of Y.
- Y is the wife of H.
Therefore, V is the father of H's wife. This means V is H's wife's father.
Analyzing the Options
Let's look at the given options to find the relationship of V to H:
| Option | Relationship | Analysis |
|---|---|---|
| 1 | Father's father | This would mean V is the father of H's father. Our analysis shows V is related through H's wife. Incorrect. |
| 2 | Son-in-law | This describes H's relationship to V (H is V's son-in-law), not V's relationship to H. Incorrect. |
| 3 | Wife's father | H's wife is Y. V is the father of Y. So, V is H's wife's father. Correct. |
| 4 | Father | This would mean V is H's father. Our analysis shows V is related through H's wife. Incorrect. |
Our analysis shows that V is H's wife's father. This matches option 3.
Conclusion
By decoding the given symbolic blood relation expression step by step, we determined the family structure and the relationship between V and H. V is the father of H's wife.
Blood Relations Revision Table
| Relationship | Description | Example (A & B) |
|---|---|---|
| Parent | Mother or Father | If A is parent of B, B is child of A |
| Child | Son or Daughter | If B is child of A, A is parent of B |
| Sibling | Brother or Sister | A and B are siblings if they share the same parents |
| Spouse | Husband or Wife | A and B are married |
| In-laws | Relationships formed through marriage | Father-in-law, mother-in-law, son-in-law, daughter-in-law, brother-in-law, sister-in-law |
Additional Information on Blood Relation Problems
Blood relation questions in reasoning tests assess your ability to understand and interpret relationships between family members. These problems often use codes, symbols, or descriptive sentences to represent relationships.
Tips for solving blood relation problems:
- Break down complex statements into smaller parts.
- Use diagrams or family trees to visualize the relationships. Assign symbols ($\text{M}$ for male, $\text{F}$ for female) and connect individuals based on the given rules.
- Pay close attention to genders and the direction of relationships (e.g., A is father of B is different from B is father of A).
- Work step-by-step through coded expressions.
- Practice different types of blood relation questions to become familiar with common patterns and relationship terms.
Similar Questions
If S - T means that S is the mother of T, S × T means that S is the father of T, S + T means that S is the sister of T, then which of the following expression shows that P is the mother of R?
If A × B means that A is the father of B, A ÷ B means that A is the mother of B, A + B means that A is the brother of B then which of the following expression shows that P is the paternal grandmother of R?
‘A @ B’ means ‘A is the husband of B’.
‘A & B’ means ‘A is the father of B’.
‘A # B’ means ‘B is the son of A’.
If F & G @ H # I @ J, then how is G related to J?
A - B means ‘A is the mother of B’
A * B means ‘A is the husband of B’
A % B means ‘A is the brother of B’
A $ B means ‘A is the sister of B’
If I * J - K % L $ M * N, then how is I related to N?
A # B means ‘A is the sister of B’.
A @ B means ‘A is the son of B’.
A & B means ‘A is the father of B’.
A % B means ‘A is the mother of B’.
If W @ Q % T & Y @ M % K, then how is W related to K?
A # B means ‘A is the brother of B’
A @ B means ‘A is the son of B’
A & B means ‘A is the wife of B’
A % B means ‘A is the mother of B’
If A % B & C # D @ E, then how is B related to E?
A # B means ‘A is the sister of B’.
A @ B means ‘A is the son of B’.
A & B means ‘A is the father of B’.
A % B means ‘A is the mother of B’.
If W & Q # T & Y @ M % K, then how is Q related to K?
- If A × B means that A is the brother of B, A – B means that A is the sister of B, A + B means that A is the father of B then which of the following expression shows that P is the father of R?
‘A @ B’ means ‘A is the husband of B’.
‘A & B’ means ‘A is the father of B’.
‘A # B’ means ‘B is the son of A’.
If S @ T # P @ Q # R & V, then how is T related to Q?
If X × Y means that X is the mother of Y, X – Y means that X is the father of Y, X ÷ Y means that X is the sister of Y, then which of the following expression shows that P is the paternal grandfather of R?
Important Questions from Coded Blood Relation Problems
If A @ B means A is the son of B, A # B means A is the husband of B and A * B means A is the daughter of B, then what does P @ Q * R # S mean?
If P $ Q means P is the husband of Q; P ! Q means P is the mother Q and P * Q means P is the daughter of Q, which of the following shows that Z is brother of W's wife, if Z is male?
If P $ Q means P is the brother of Q; P ! Q means P is the mother Q and P * Q means P is the son of Q, which of the following shows that W is brother of Z?
Read the following information carefully and answer the question given below:
M * N means ‘ M is the sister of N’
M % N means ‘ M is the father of N’
M # N means ‘M is the mother of N’
Which of the following option gives that, M is father of R?
If ‘A + B’ means ‘A is the mother of B’, ‘A - B’ means ‘A is the father of B’, ‘A × B’ means ‘A is the brother of B’, ‘A & B’ means ‘A is the son of B’, then how is M related to K in the expression ‘N − M + T × L & G & K’?
