Step 1: Decode the family links.
L is the only son of parents A and S $\Rightarrow$ L is male; A and S are L's parents (genders not yet known).
S has one sibling, B.
B is married to L's aunt K. If K were S's sister, B (S's sibling) would be marrying his own sister — impossible. Hence K is A's sister (paternal aunt of L). Therefore, B is S's only sibling and A's brother-in-law.
Step 2: Use "B is the only son of D".
Since S and B are siblings and B is the only son of D, it follows that:
- B is male,
- S cannot be male (otherwise D would have at least two sons, contradicting "only son").
Therefore, S is female $\Rightarrow$ S is L's mother. Consequently, D is a parent of S, i.e., D is L's maternal grandparent.
Step 3: Determine which options fit.
From Step 2, the relationship between L and D is always "grandchild $\leftrightarrow$ maternal grandparent". The question does not specify D's gender. Hence both of the following are possible and consistent with the data:
\[
\text{(B) Grandchild and \underline{Maternal Grandfather}},
\text{(D) Grandchild and \underline{Maternal Grandmother}}.
\]
Why not paternal?
If D were on the paternal side, D would be a parent of A. But D is explicitly the parent of B, who is S's only sibling; thus D is on S's side, not A's. So (A) and (C) are impossible.
In a small town lived a close-knit family where every relation could be expressed through simple symbols. For instance, when they said \( A \times B \), it meant \( A \) is the father of \( B \), while \( A \div B \) meant \( A \) is the mother of \( B \). The younger ones were often introduced with \( A + B \), meaning \( A \) was the daughter of \( B \), and the bond of brotherhood was shown by \( A - B \) (A is brother of B).
One day, the children in the family turned these symbols into a playful code. Instead of introducing their parents and siblings in words, they spoke only in symbols. “Look,” giggled little Meena, “\( M + N \div O \)!” Everyone laughed, because they knew it meant Meena was the daughter of \( N \), and \( N \) was the mother of \( O \), making her \( O \)’s sister. What started as a code soon became a family game, making the bonds of father, mother, daughter, and brother not just relations, but symbols of love and togetherness. (165 words)
Consider the relationships among P, Q, R, S, and T:
• P is the brother of Q.
• S is the daughter of Q.
• T is the sister of S.
• R is the mother of Q.
The following statements are made based on the relationships given above.
(1) R is the grandmother of S.
(2) P is the uncle of S and T.
(3) R has only one son.
(4) Q has only one daughter.
Which one of the following options is correct?
Consider the relationships among P, Q, R, S, and T:
• P is the brother of Q.
• S is the daughter of Q.
• T is the sister of S.
• R is the mother of Q.
The following statements are made based on the relationships given above.
(1) R is the grandmother of S.
(2) P is the uncle of S and T.
(3) R has only one son.
(4) Q has only one daughter.
Which one of the following options is correct?
A stick of length one meter is broken at two locations at distances of \( b_1 \) and \( b_2 \) from the origin (0), as shown in the figure. Note that \( 0<b_1<b_2<1 \). Which one of the following is NOT a necessary condition for forming a triangle using the three pieces?
Note: All lengths are in meter. The figure shown is representative.

Here are two analogous groups, Group-I and Group-II, that list words in their decreasing order of intensity. Identify the missing word in Group-II.
Abuse \( \rightarrow \) Insult \( \rightarrow \) Ridicule
__________ \( \rightarrow \) Praise \( \rightarrow \) Appreciate
The following figures show three curves generated using an iterative algorithm. The total length of the curve generated after 'Iteration n' is:
