Consider the following C++ code: template Type funcExp(Type list[], int size) { Type x = list[0]; Type y list[size - 1]; for (int j = 1; j < (size - 1) / 2; j++) { if (x < list[j]) x = list[j]; if (ylist[size - 1 - j]) y = list[size - 1 - j]; } return x + y; } Further, suppose we have the following declaration in main(): int list[10] = {5,3,2,10,4, 19,45,13,61,11); double doubList[8] = {20.5, 15, 12.4, 9.23, 34.5, 29.2, 11, 3); 1. What will be the function return when we make a call to this function as funcExp (doubList, 8)? 2. Also, explain the functionality of the code Consider the following C++ code: template Type funcExp(Type list[], int size) { Type x = list[0]; Type y list[size - 1]; for (int j = 1; j < (size - 1) / 2; j++) { if (x < list[j]) x = list[j]; if (ylist[size - 1 - j]) y = list[size - 1 - j]; } return x + y; } Further, suppose we have the following declaration in main(): int list[10] = {5,3,2,10,4, 19,45,13,61,11); double doubList[8] = {20.5, 15, 12.4, 9.23, 34.5, 29.2, 11, 3); 1. What will be the function return when we make a call to this function as funcExp (doubList, 8)? 2. Also, explain the functionality of the code