Three boys T, R and M are sitting in a row facing towards the north (not necessarily in the same order), and three girls F, G and K are sitting in a row facing towards the face of these boys (not necessarily in the same order). F and R are diagonally opposite to each other. K is not at any of the ends. Which of the following pairs of persons facing towards each other is/are definitely correct? I. GR II. KT
Only I
This question involves a linear seating arrangement puzzle with two rows facing each other. We have three boys (T, R, M) in one row facing North and three girls (F, G, K) in another row facing South, towards the boys. The two rows are positioned such that individuals directly opposite each other are in the same column.
Let's visualize the two rows. Since the boys face North and girls face South towards the boys, they are essentially in parallel rows, one above the other. Let's represent the positions in each row from left to right (from the perspective of someone looking at the row):
Girls' Row (Facing South): Position 1, Position 2, Position 3
Boys' Row (Facing North): Position 1, Position 2, Position 3
An individual at Position 1 in the girls' row faces the individual at Position 1 in the boys' row, and similarly for Positions 2 and 3.
| Girls' Row (Facing South) | Facing | Boys' Row (Facing North) |
|---|---|---|
| Position 1 | <--> | Position 1 |
| Position 2 | <--> | Position 2 |
| Position 3 | <--> | Position 3 |
We are given two main clues:
If K is not at any of the ends in the girls' row (which has 3 positions), K must be in the middle position. So, K is at Position 2 in the girls' row.
| Girls' Row (Facing South) | Facing | Boys' Row (Facing North) |
|---|---|---|
| _ | <--> | _ |
| K (Position 2) | <--> | _ (Position 2) |
| _ | <--> | _ |
Diagonally opposite means they are in different rows and different end positions. For a 3x3 setup like this (considering positions), the diagonal pairs are (Girl P1, Boy P3) and (Girl P3, Boy P1).
Since K is at Girl P2, F cannot be at Girl P2. F must be at either Girl P1 or Girl P3. Correspondingly, R must be at the diagonally opposite end in the boys' row.
This gives us two possible scenarios for F and R:
If F is at Girl Position 1, K is at Girl Position 2 (from Clue 1), then the remaining girl, G, must be at Girl Position 3. If R is at Boy Position 3, the remaining boys (T and M) must occupy Boy Positions 1 and 2.
| Girls' Row (Facing South) | Facing | Boys' Row (Facing North) |
|---|---|---|
| F (Position 1) | <--> | _ (Position 1) - T or M |
| K (Position 2) | <--> | _ (Position 2) - T or M |
| G (Position 3) | <--> | R (Position 3) |
In this scenario, the pairs facing each other are:
If F is at Girl Position 3, K is at Girl Position 2, then G must be at Girl Position 1. If R is at Boy Position 1, the remaining boys (T and M) must occupy Boy Positions 2 and 3.
| Girls' Row (Facing South) | Facing | Boys' Row (Facing North) |
|---|---|---|
| G (Position 1) | <--> | R (Position 1) |
| K (Position 2) | <--> | _ (Position 2) - T or M |
| F (Position 3) | <--> | _ (Position 3) - T or M |
In this scenario, the pairs facing each other are:
Now let's check which of the given statements about facing pairs is definitely correct based on these two scenarios.
Statement I: G R
In both possible scenarios, G and R are in positions that face each other. Therefore, the pair G R is definitely facing each other.
Statement II: K T
In neither scenario is it guaranteed that T is the boy facing K. K might face M. Therefore, the pair K T is not definitely facing each other.
Based on the analysis of both possible seating arrangements derived from the clues, only Statement I (G R) is definitely correct. Statement II (K T) is not definitely correct as K could face M instead of T.
| Concept | Details |
|---|---|
| Seating Type | Two rows facing each other (Linear Arrangement) |
| Number of People | 3 Boys (T, R, M), 3 Girls (F, G, K) |
| Row Direction | Boys North, Girls South |
| K's Position | Middle (Position 2 in girls' row) |
| F & R Relation | Diagonally Opposite Ends |
| Scenario 1 Outcome | G faces R, K faces T/M, F faces T/M |
| Scenario 2 Outcome | G faces R, K faces T/M, F faces T/M |
| Definitely Correct Pair | G faces R (Consistent in both scenarios) |
Seating arrangement problems are common in logical reasoning tests. Here are some general strategies to tackle them effectively:
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