This assignment will have you create a basic program that uses basic instructions learned in Chapter 5 such as ADD, SUB,

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This assignment will have you create a basic program that uses basic instructions learned in Chapter 5 such as ADD, SUB,

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This Assignment Will Have You Create A Basic Program That Uses Basic Instructions Learned In Chapter 5 Such As Add Sub 1
This Assignment Will Have You Create A Basic Program That Uses Basic Instructions Learned In Chapter 5 Such As Add Sub 1 (72.52 KiB) Viewed 9 times
This Assignment Will Have You Create A Basic Program That Uses Basic Instructions Learned In Chapter 5 Such As Add Sub 2
This Assignment Will Have You Create A Basic Program That Uses Basic Instructions Learned In Chapter 5 Such As Add Sub 2 (29.8 KiB) Viewed 9 times
This assignment will have you create a basic program that uses basic instructions learned in Chapter 5 such as ADD, SUB, MUL (and variants), DIV (and variants), Arrays, and more. It is important to understand these basic instructions as many programs depend on such simple instructions (including complicated instructions). Requirements: . The answer MUST be stored in a variable of the correct data type given your data. Create two (2) arrays based on the values given in the "Problem" section of the handout. Comment each line of code on what it is doing. O EX: mov ax, 3; Move literal 3 to register ax Problems: Create a program that computes the final percentage grade of a student in a Computer Architecture class based on the following scores. The result should be a whole number (e.g 75 to represent 75%). The student took four exams. The following table is formatted as (points earned/points possible). Points Earned Points Possible 30 100 50 150 K 0 1 2 3 25 89 49 80 en E PER EPP * 100 Formula: Where PE Points Earned, PP = Points Possible, n = total number of items, and k = current item number Note: You will need to do a bit of algebra to get the whole part of the above formula as we have not covered floating point numbers in assembly just yet.
extrn ExitProcess: proc .data .code main PROC 3 (INSERT VARIABLES HERE) main ENDP END (INSERT EXECUTABLE INSTRUCTIONS HERE) call ExitProcess
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