Twelve people are sitting in two parallel rows, six people in each row, in such a way that in the given seating arrangement each member seated in a row faces another member of the other row. In row 1, A, B, C, D, E, and F are seated and all of them are facing South, and in row 2 I, G, K, L, M, and N are sitting and all of them are facing North.
L sits third to the left of I. F does not face I. G-sits at one of the extreme ends. Only two people sit between G and M. F is not an immediate neighbor of E. M does not face F. Two persons sit between C and B. C is not a immediate neighbor of E. A is not an immediate neighbor of C. Neither L nor I sits at extreme ends. F does not sit at any of the extreme ends. E faces L. A does not face N. C is not an immediate neighbour of F.
who is the neighbor of N from right side in row-2

Explanation

Step 1: In row 1, A, B, C, D, E, and F are seated and all of them are facing South, and in row 2 I, G, K, L, M, and N are sitting and all of them are facing North.

Step II: G sits at one of the extreme ends. Only two people sit between G and M. As, G can sit either on extreme right or extreme left end of row-1, so there can be two possible cases-

Step III: L sits third to the left of I. Neither L nor I sits at extreme ends. E faces L.

Step IV: F does not face I. M does not face F. F does not sit at any of the extreme ends. So, only one place is left for F in both the cases-

Step V: Two persons sit between C and B. C is not a immediate neighbor of E. A is not an immediate neighbor of C.

Step VI : C is not an immediate neighbour of F. So, case-1 will be eliminated. Now with case-2: A does not face N. So, K. will sit at extreme left end of row-2 and D will face I, F faces N respectively. So, the final arrangement is-

who is the neighbor of N from right side in row-2