This solution explains the logical steps to determine the box at the bottom of a vertical arrangement.
We need to find the position of five boxes (A, B, C, D, E) arranged vertically based on these clues:
Let's determine the arrangement step by step:
Positioning E: Clue 3 states E is second from the top. So, E is at position 2.
Arrangement: [ _ , E , _ , _ , _ ] (Positions 1 to 5)
Positioning A: Clue 4 states two boxes are above A. This means A must be at position 3.
Arrangement: [ _ , E , A , _ , _ ]
Positioning C: Clue 1 states one box is below C. With A at position 3 and E at 2, C cannot be above A. If C were at 5, no box would be below it. If C were at 2 or 3, it would conflict with E or A. Therefore, C must be at position 4.
Arrangement: [ _ , E , A , C , _ ]
Positioning D: Clue 2 states two boxes are between D and C. Since C is at position 4, and positions 2 (E) and 3 (A) are between position 1 and 4, D must be at position 1.
Arrangement: [ D , E , A , C , _ ]
Positioning B: The only remaining box is B, and the only available position is 5 (the bottom).
Final Arrangement (Top to Bottom): [ D , E , A , C , B ]
The deduced vertical arrangement from top to bottom is D, E, A, C, B.
Therefore, Box B is at the bottom.
| Position (Top to Bottom) | Box |
|---|---|
| 1 | D |
| 2 | E |
| 3 | A |
| 4 | C |
| 5 | B |
From among the given options, select the sequence that best arranges the following words in a meaningful order.
1. Family
2. World
3. Individual
4. Community
5. Country
From among the given options, select the sequence that best arranges the following words in a meaningful order.
1. Family
2. World
3. Individual
4. Community
5. Country