1.1 Hill climbing (20 pts) Given below is a random placement of four queens on a 4x 4 chess board. We will use the representation from class, where the board is represented by one number per column, denoting which row the queen is in Find the next two moves for the board using hill climbing with the number of attacking pairs heuristic. As your answer to this question, provide the new board configurations represented as a list where the index represents the column and the value represents the row where the queen is present in that row. For reference, the representation of the iniial board configuration is given Figure 1: Initial configuration: [3,2,3,0 1.1 Hill climbing (20 pts) Given below is a random placement of four queens on a 4x 4 chess board. We will use the representation from class, where the board is represented by one number per column, denoting which row the queen is in Find the next two moves for the board using hill climbing with the number of attacking pairs heuristic. As your answer to this question, provide the new board configurations represented as a list where the index represents the column and the value represents the row where the queen is present in that row. For reference, the representation of the iniial board configuration is given Figure 1: Initial configuration: [3,2,3,0