Write an ASM program that evaluates the following expression, using variables: Z = (A - B) - (C - D) 1. Declare and initialize the memory variable A to 32-bit signed integer value -543210 and variable B to 16-bit signed integer value -3210. 2. Declare the memory variables C and D and read in their values from the keyboard as 32-bit signed integer value -43210 and 8-bit signed integer values -10, respectively. a. You should display a message asking for the value of the variable, for example: “What is the value of C?” then b. Read in the value of C from the keyboard and then c. Display the value you have read beside (ie, to the right of) the message “What is the value of C?”. Then repeat for variable D in the next line. 3. Variable Z should be declared as a 32-bit signed integer. 4. Display the string “Z = (A - B) - (C - D)” alone in a single line. 5. Display the values of all the variables A, B, C, D together in the next line (in the order in which they appear in the expression); each separated by 3 spaces and a semicolumn and 3 spaces again. 6. Display an empty line. 7. Display the final result contained in variable Z, in binary, then in decimal, and then in hexadecimal; each in a separate line.
Write an ASM
Z = (A - B) - (C - D)
1. Declare and initialize the memory variable A to 32-bit signed integer value -543210
and variable B to 16-bit signed integer value -3210.
2. Declare the memory variables C and D and read in their values from the keyboard
as 32-bit signed integer value -43210 and 8-bit signed integer values -10,
respectively.
a. You should display a message asking for the value of the variable, for
example: “What is the value of C?” then
b. Read in the value of C from the keyboard and then
c. Display the value you have read beside (ie, to the right of) the message
“What is the value of C?”. Then repeat for variable D in the next line.
3. Variable Z should be declared as a 32-bit signed integer.
4. Display the string “Z = (A - B) - (C - D)” alone in a single line.
5. Display the values of all the variables A, B, C, D together in the next line (in the
order in which they appear in the expression); each separated by 3 spaces and a
semicolumn and 3 spaces again.
6. Display an empty line.
7. Display the final result contained in variable Z, in binary, then in decimal, and then
in hexadecimal; each in a separate line.
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