2nd Code: void main ( ) { float in_matrix [2][2] = {{1.5,2.25},{20, 10}}; long long int g = inverse (in_matrix); } long long int inverse (long long int * rix) { float templ = rix[0][0] * rix[1][1]; float temp2 = rix[0][1] * rix[1][0]; if (templ == temp2) return 0; else { float inv_rix [2][2] = {{0,0},{0,0}}; float determinant1 = temp1 – temp2; float determinant2 = temp2 – templ; inv_rix[0][0] = rix[1][1] / determinant1; inv_rix[1][1] =rix[0][0] / determinant1; inv_rix [0][1]= rix[0][1] / determinant2; inv_rix [1][0] = rix[1][0] / determinant2; return 1; - } }

Explain logical address in a few words.

List and describe each of the distinct steps when creating an executable program in C language. Explain what assemblers and linkers do during this operation.   Create a "hello world" program in C and then translate it into ASM identify the instructions in assembly that create the program

The language used for Software reverse engineering is: C/C++ Java Assembly O Visual Basic