Answer the question based on the information given below:
There are seven persons J, K, L, M, N, O and P are sitting in a linear table. Some of them face north and some of them face south direction. All of them like different colours i.e Red, Blue, Black, Yellow, Green, White and Pink but not necessarily in the same order.
O sits immediate right of P who does not sit immediate to K. The one who likes Blue and Pink are immediate neighbors of N. The one who likes Yellow sits immediate to the left of who likes Black. The persons who sitting at extreme end facing opposite direction to each other. O does not face the south direction. M is an immediate neighbor of J and likes Red. There are more than two persons sit between J and L. L does not like Green and Pink. J and K are facing the opposite direction to M. N does not face south direction. J sits second from extreme end and likes white. Three persons sit between J and the person who likes Green. K sits second to the right of L.

Question: Who sits second to the left of O?

Mark at the following information and answer the question based on it. Seven students $J, K, L, M, N, O,$ and $P$ are standing in a row from left to right in random order such that:

$\left(1\right) P, O, K$and $N$ do not stand at either end.

$\left(2\right) M$ is not in the middle

$\left(3\right) J$ stand to the left of $P$ and to the right of $O$

$\left(4\right) K$ stands on the right side of $N$ and on the left side of $L$

Who is the middle of the line?

In the Olympic games, the flags of six nations are flown on the flag pole in the following way:

The flag of America is to the left of the Indian tricolour and to the right of the flag of France. The flag of Australia is on the right of Indian flag but is to the left of the flag of Japan which is to the left of the flag of China. Find the two flags which are in the centre?

Mark at the following information and answer the question based on it. Seven students $J, K, L, M, N, O,$ and $P$ are standing in a row from left to right in random order such that:

$\left(1\right) P, O, K$and $N$ do not stand at either end.

$\left(2\right) M$ is not in the middle

$\left(3\right) J$ stand to the left of $P$ and to the right of $O$

$\left(4\right) K$ stands on the right side of $N$ and on the left side of $L$

Who is standing to the left of $O$ ?

•  Amber is between Mrs. Hudson and Vishal, but just opposite to John. 
•  Rajesh is at one end of a line and is just next in the right of the John; or Rajesh is just after John. 
•  Mahima, who is sitting at one end of a row, is just opposite to Mrs. Hudson (who is at the other end of the opposite row).

Which of the following statement is/are definitely true? 

$\mathrm{I}.$ Vishal is just next to Amber. 

$\mathrm{II}.$ Azhar is just near to Vishar. 

$\mathrm{III}.$ Mahirna is either next or opposite to Sunita. 

$\mathrm{IV}.$ Sunita is diagonally opposite to Rajesh. 

Mark at the following information and answer the question based on it. Seven students $J, K, L, M, N, O,$ and $P$ are standing in a row from left to right in random order such that:

$\left(1\right) P, O, K$and $N$ do not stand at either end.

$\left(2\right) M$ is not in the middle

$\left(3\right) J$ stand to the left of $P$ and to the right of $O$

$\left(4\right) K$ stands on the right side of $N$ and on the left side of $L$

Who is standing fifth from the left side of the row?

Six elephants $P, Q, R S T \& U$ are weighted. The elephant $U$ is heavier than $R$ but lighter than $T$. Elephants $P \& S$ are the same weight. Elephant $Q$ is lighter than $P \& R$ is heavier than $S$. Which one of the elephants is the heaviest?

Two teams, consisting of $3$ players in each team, are participating in a debate competition. Three players in one team are sitting facing the three players of the other team. K and L are sitting facing each other. N and O are in different teams. M is sitting facing N. P is at one of the corners. N is sitting to the immediate right of L. Which of the following are members of the same team?

In a botanical garden, there are numerous trees, shrubs and plants. The four trees i.e., Neem, Bamboo, Banyan and Peepal are there in a row. There are ten trees between Bamboo tree and Banyan tree and five trees between Neem tree and Bamboo tree. If seven trees are between Banyan tree and Peepal tree, nine trees behind Peepal tree and $13$ trees ahead of Neem tree, then what could be the minimum numbers of trees in that row?