Problem 1: Using the functions listed below, create a flowchart to complete the pixelized letter G in the given 6-row by 5-column matrix FUNCTIONS **** fnc_move_down moves the pawn right or left one box on the board. ### Call: fnc_move_down(int i) *** Input: int i = +1 or -1 to move the pawn right or left. ### Output: int i = +1 move the pawn right one box. int i = -1 move the pawn left one box. ### Dependencies: None I #*#fnc_move_right moves the pawn right or left one box on the board. ### Call: fnc_move_right(int i) ### Input: int j = +1 or -1 to move the pawn right or left. **** Output: int j = +1 move the pawn right one box, int j = -1 move the pawn left one box. *** Dependencies: None 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 Problem 1: Using the functions listed below, create a flowchart to complete the pixelized letter G in the given 6-row by 5-column matrix FUNCTIONS **** fnc_move_down moves the pawn right or left one box on the board. ### Call: fnc_move_down(int i) *** Input: int i = +1 or -1 to move the pawn right or left. ### Output: int i = +1 move the pawn right one box. int i = -1 move the pawn left one box. ### Dependencies: None I #*#fnc_move_right moves the pawn right or left one box on the board. ### Call: fnc_move_right(int i) ### Input: int j = +1 or -1 to move the pawn right or left. **** Output: int j = +1 move the pawn right one box, int j = -1 move the pawn left one box. *** Dependencies: None 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20