All information for this problem is given right here. Google “magic square" and you'll see a magic square is a square (i.e., n x n) matrix of positive integers such that the sum of each row = sum of...

using namespace std; int main() { int matrix[NUM_ROWS_COLS][NUM_ROWS_COLS] = { 8, 1, 6 }, { 3, 5, 7 }, { 4, 9, 2 } }; if ( IsMagicSquare(matrix) ) { cout « "Matrix is a magic square!" « endl; else cout « "Matrix is NOT a magic square!" « end1; return e; After placing this code in your main.cpp file, you are to implement the IsMagicsquare function in the space BELOW your main function. "/>
Extracted text: All information for this problem is given right here. Google “magic square" and you'll see a magic square is a square (i.e., n x n) matrix of positive integers such that the sum of each row = sum of each column = sum of the top-right to bottom-left diagonal = sum of the bottom-left to top-right diagonal. I want you to start by placing this code in your main.cpp file: // Programmer: .. // Description: Determine if a square matrix is a magic square or not. const int NUM_ROWS_COLS = 3; // Number of rows/columns in the square matrix. // Prototype for function that accepts a two-dimensional matrix of integer // values and returns "true" if the values form a magic square and "false" if not. bool IsMagicsquare (int matrix[NUM_ROWS_COLS][NUM_ROWS_COLS]); #include using namespace std; int main() { int matrix[NUM_ROWS_COLS][NUM_ROWS_COLS] = { 8, 1, 6 }, { 3, 5, 7 }, { 4, 9, 2 } }; if ( IsMagicSquare(matrix) ) { cout « "Matrix is a magic square!" « endl; else cout « "Matrix is NOT a magic square!" « end1; return e; After placing this code in your main.cpp file, you are to implement the IsMagicsquare function in the space BELOW your main function.