assebly language

*Assembly language

1. Create a new CodeWarrior project (in its own folder) named Lab03MyProgram, again choosing Full Chip Simulation on the New Project Wizard's first page. 2. In your project's main.c file, delete the Code Warrior stationery in function main. In its place, write a program that uses an accumulator to add the numbers at memory locations $1050, $1051, and $1052, then adds 6 to the sum and stores the final result at location $105F. Use inline assembly language. 3. Test your program by using the Memory window to set up different values in memory locations $1050, $1051, and $1052 before you run your program, and then checking to see that the proper number is stored in location $105F after the program runs. 4. When you are sure that the program works, show it to me. 1. Create a new Code Warrior project (in its own folder) named Lab03MySecondProgram, again choosing Full Chip Simulation on the New Project Wizard's first page. 2. In your project's main.c file, delete the Code Warrior stationery in function main. In its place, write a program that ends with Accumulator D holding the concatenated values of memory locations $1000 and $1005, and with the Stack Pointer holding these same values in reverse order. (You'll set up the values in locations $1000 and $1005 by hand in the Memory window before you run the program.) For example, if location $1000 holds $61 and location $1005 holds $BC when the program starts, then Accumulator D should hold $61BC and the Stack Pointer should hold $BC61 when the program ends. Your program should not change the values of any memory locations