Read the information carefully and answer the questions given below:

Fourteen persons are sitting in two parallel rows containing seven persons each. In row 1 - A, B, C, D, E, F and G are seated and all of them are facing north. While P, Q, R, S, T, U and V are sitting in row-2 and facing south direction but not necessarily in the same order. Persons of row 1 face the persons of row 2. Q sits two places away from the one who faces E. E is the only immediate neighbour of D. U faces the one who sits third to the right of C. The number of persons sit to the right of Q is same as the number of persons sit to the left of G. B sits second to the left of G. One person sits between R and V and both of them do not sit at the extreme ends. S sits right of T but not sit at the extreme ends. A faces the one who sits second to the right of R.

Who among the following sits second to the right of the one who faces F?

To solve this linear seating arrangement puzzle, we can set up two parallel rows, Row 1 (facing North) and Row 2 (facing South), each with 7 seats numbered 1 to 7 from left to right.

Step 1: Determine the positions of D, E, B, and G in Row 1.
We are given that "E is the only immediate neighbour of D". This means D must sit at one of the extreme ends (either position 1 or 7) so that it has only one neighbor, which is E.
If D sits at position 1, E must sit at position 2.
Let's test this: If E is at position 2, the person facing E is at position 2 of Row 2. Since "Q sits two places away from the one who faces E", Q must sit at position 4 of Row 2.
Since Row 2 faces South, the right of Q is towards position 1 (containing 3 positions: 1, 2, and 3). The clue states that "the number of persons sit to the right of Q is same as the number of persons sit to the left of G". G faces North, so the left of G is towards position 1. Since 3 people sit to the right of Q, 3 people must sit to the left of G, placing G at position 4.
Now, "B sits second to the left of G", which places B at position 2. However, this contradicts our initial assumption where E was at position 2. Therefore, D must sit at the other extreme end.
Thus, D sits at position 7 and E sits at position 6 of Row 1.

Step 2: Determine the positions of Q, G, and B.
With E at position 6, the one who faces E is at position 6 of Row 2.
Q sits two places away from position 6, placing Q at position 4 of Row 2.
The number of persons sitting to the right of Q (facing South, towards position 1) is 3. Thus, the number of persons sitting to the left of G (facing North, towards position 1) must also be 3, which places G at position 4 of Row 1.
Since B sits second to the left of G, B sits at position 2 of Row 1.

Step 3: Locate C and U.
"U faces the one who sits third to the right of C."
If C is at position 3, the person sitting third to the right of C is at position 6 (which is E). In this case, U faces E, placing U at position 6 of Row 2. This is valid. (If C were at position 1, the person third to the right of C would be at position 4, which is G, and U would face G, but position 4 of Row 2 is already occupied by Q).
So, C is at position 3 of Row 1, and U is at position 6 of Row 2.

Step 4: Determine the positions of R, V, S, and T in Row 2.
We are told "One person sits between R and V and both of them do not sit at the extreme ends."
The available non-extreme positions in Row 2 are 2, 3, and 5. Since there is one person between R and V, they must occupy positions 3 and 5.
We also know "S sits right of T but not sit at the extreme ends." Since Row 2 faces South, right is towards position 1. S cannot sit at the extreme end (position 1), so S must sit at position 2, and T must sit at the leftmost remaining position, which is position 7.
This leaves position 1 of Row 2 for P.
Now, "A faces the one who sits second to the right of R." If R sits at position 3, the one who sits second to his right (towards position 1) sits at position 1 (P). Thus, A faces P, placing A at position 1 of Row 1. If R sat at position 5, the one sitting second to his right would be at position 3, but position 3 of Row 1 is already occupied by C. Therefore, R must sit at position 3 and V must sit at position 5.
This leaves F to sit at position 5 of Row 1.

The final arrangements of the rows from left to right (positions 1 to 7) are:
Row 2 (South facing): P (1), S (2), R (3), Q (4), V (5), U (6), T (7)
Row 1 (North facing): A (1), B (2), C (3), G (4), F (5), E (6), D (7)

Conclusion:
The person who faces F (at Row 1, position 5) is V (at Row 2, position 5).
Since Row 2 faces South, the right direction is towards position 1. The person sitting second to the right of V (position 5) is at position 3, who is R.