Directions Questions : The plan given below, shows office for six officers namely A, B, C, D, E, and F. Both B and C occupy offices to the right of the corridor (as one enters the office block) and A occupies the office to the left of the corridor. E and F occupy offices on opposite sides of the corridor but their offices do not face each other. The offices of C and D face each other. E does not have a corner office. F’s office is further down the corridor than A’s, but on the same s

B Explanation: 1. Analyze the Clues: Clue 1: and are on the Right . is on the Left . Clue 2: is on the same side as (Left) but further down the corridor. This means if is at L1, could be at L2 or L3. If is at L2, must be at L3. Clue 3: and face each other. Since is on the Right, must be on the Left . Clue 4: and are on opposite sides but do not face each other. Since is on the Left, must be on the Right . Clue 5: does not have a corner office. On a 3-office row, the "corners" are the first and last offices. Therefore, must be in the middle office on the right side ( R2 ). 2. Placing the Officers: Right Side: is at R2 . Since and are also on the right, they occupy R1 and R3 . Left Side: faces . and are also on the left. If is at R1, is at L1. Then and take L2 and L3. (Since is further than , =L2, =L3). If

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NIMCET 2010 Reasoning PYQ — Directions Questions : The plan given below, shows office for six… | Mathem Solvex

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Explanation

1. Analyze the Clues:

Clue 1: $B$ and $C$ are on the Right. $A$ is on the Left.
Clue 2: $F$ is on the same side as $A$ (Left) but further down the corridor. This means if $A$ is at L1, $F$ could be at L2 or L3. If $A$ is at L2, $F$ must be at L3.
Clue 3: $C$ and $D$ face each other. Since $C$ is on the Right, $D$ must be on the Left.
Clue 4: $E$ and $F$ are on opposite sides but do not face each other. Since $F$ is on the Left, $E$ must be on the Right.
Clue 5: $E$ does not have a corner office. On a 3-office row, the "corners" are the first and last offices. Therefore, $E$ must be in the middle office on the right side (R2).

2. Placing the Officers:

Right Side: $E$ is at R2. Since $B$ and $C$ are also on the right, they occupy R1 and R3.
Left Side: $D$ faces $C$ . $A$ and $F$ are also on the left.
- If $C$ is at R1, $D$ is at L1. Then $A$ and $F$ take L2 and L3. (Since $F$ is further than $A$ , $A$ =L2, $F$ =L3).
- If $C$ is at R3, $D$ is at L3. Then $A$ and $F$ take L1 and L2. (Since $F$ is further than $A$ , $A$ =L1, $F$ =L2).

3. Determine E's Left:

$E$ is in the middle office on the right side (R2).
When $E$ sits in his office and faces the corridor, he is looking toward the Left side of the building.
From this perspective (facing the corridor from the right side), "Left" points toward the Entrance.
The office to the left of $R2$ (closer to the entrance) on the same side is R1.

4. Identify who is at R1:

We know $E$ and $F$ (at L2 or L3) do not face each other.
If $F$ is at L2, he would face $E$ (at R2). Since they do not face each other, $F$ must be at L3.
This forces $A$ to be at L1 and $D$ to be at L2.
Since $D$ faces $C$ , $C$ must be at R2. But $E$ is already at R2.
Let's re-verify: $E$ is at R2. $F$ is at L3. $A$ is at L1.
This leaves $D$ at L2 (facing $E$ ). But the clue says $C$ and $D$ face each other.
Therefore, the only way $E$ (at R2) does not face $F$ is if $C$ and $D$ face each other at either the 1 or 3 positions.
If $C$ is at R3 and $D$ is at L3, then $B$ must be at R1.

Resulting Map:

Right Side: R1: $B$ , R2: $E$ , R3: $C$
Left Side: L1: $A$ , L2: $F$ , L3: $D$

In this arrangement:

$E$ is at R2.
Facing the corridor, the office to $E$ 's left (toward entrance) is R1, which belongs to B.

Final Answer:

The office to $E$ 's left is B.

The correct option is (b).

Explanation

1. Analyze the Clues:

Clue 1: $B$ and $C$ are on the Right. $A$ is on the Left.
Clue 2: $F$ is on the same side as $A$ (Left) but further down the corridor. This means if $A$ is at L1, $F$ could be at L2 or L3. If $A$ is at L2, $F$ must be at L3.
Clue 3: $C$ and $D$ face each other. Since $C$ is on the Right, $D$ must be on the Left.
Clue 4: $E$ and $F$ are on opposite sides but do not face each other. Since $F$ is on the Left, $E$ must be on the Right.
Clue 5: $E$ does not have a corner office. On a 3-office row, the "corners" are the first and last offices. Therefore, $E$ must be in the middle office on the right side (R2).

2. Placing the Officers:

Right Side: $E$ is at R2. Since $B$ and $C$ are also on the right, they occupy R1 and R3.
Left Side: $D$ faces $C$ . $A$ and $F$ are also on the left.
- If $C$ is at R1, $D$ is at L1. Then $A$ and $F$ take L2 and L3. (Since $F$ is further than $A$ , $A$ =L2, $F$ =L3).
- If $C$ is at R3, $D$ is at L3. Then $A$ and $F$ take L1 and L2. (Since $F$ is further than $A$ , $A$ =L1, $F$ =L2).

3. Determine E's Left:

$E$ is in the middle office on the right side (R2).
When $E$ sits in his office and faces the corridor, he is looking toward the Left side of the building.
From this perspective (facing the corridor from the right side), "Left" points toward the Entrance.
The office to the left of $R2$ (closer to the entrance) on the same side is R1.

4. Identify who is at R1:

We know $E$ and $F$ (at L2 or L3) do not face each other.
If $F$ is at L2, he would face $E$ (at R2). Since they do not face each other, $F$ must be at L3.
This forces $A$ to be at L1 and $D$ to be at L2.
Since $D$ faces $C$ , $C$ must be at R2. But $E$ is already at R2.
Let's re-verify: $E$ is at R2. $F$ is at L3. $A$ is at L1.
This leaves $D$ at L2 (facing $E$ ). But the clue says $C$ and $D$ face each other.
Therefore, the only way $E$ (at R2) does not face $F$ is if $C$ and $D$ face each other at either the 1 or 3 positions.
If $C$ is at R3 and $D$ is at L3, then $B$ must be at R1.

Resulting Map:

Right Side: R1: $B$ , R2: $E$ , R3: $C$
Left Side: L1: $A$ , L2: $F$ , L3: $D$

In this arrangement:

$E$ is at R2.
Facing the corridor, the office to $E$ 's left (toward entrance) is R1, which belongs to B.

Final Answer:

The office to $E$ 's left is B.

The correct option is (b).

NIMCET 2010 — Reasoning PYQ

Choose the correct answer:

Explanation

Explanation