Create a DWORD array named 'z' of size 3 using DUP operator. Leave the array 'z' uninitialized. You can denote the items in the array as [Zo, Z₁, Z₂] where Zo is the first item, Z₁ is the second item, Z2 is the third item Update each array item using the following expressions. Zo = x+y+r Z₁ = Zo+(y-r) Z2 = Zo+ (Z₁ + y) Where x, y, r are 16-bit integer memory variables. x = 10, y = 15, r=4
Create a DWORD array named 'z' of size 3 using DUP operator. Leave the array 'z' uninitialized. You can denote the items in the array as [Zo, Z₁, Z₂] where Zo is the first item, Z₁ is the second item, Z2 is the third item Update each array item using the following expressions. Zo = x+y+r Z₁ = Zo+(y-r) Z2 = Zo+ (Z₁ + y) Where x, y, r are 16-bit integer memory variables. x = 10, y = 15, r=4
C++ Programming: From Problem Analysis to Program Design
8th Edition
ISBN:9781337102087
Author:D. S. Malik
Publisher:D. S. Malik
Chapter16: Searching, Sorting And Vector Type
Section: Chapter Questions
Problem 21PE
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![Write an assembly program to compute the following expressions
Create a DWORD array named 'z' of size 3 using DUP operator. Leave the array 'z'
uninitialized. You can denote the items in the array as [Zo, Z₁, Z₂] where Zo is the first item,
Z₁ is the second item. Z₂ is the third item
Update each array item using the following expressions.
Zo = x+y+r
Z₁ = Zo +(y-r)
Z1
Z₂ = Zo + (Z₁ + y)
Where x, y, r are 16-bit integer memory variables.
x= 10, y = 15, r=4](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb42001de-cd8c-42bd-aac3-1e89e98e66b2%2Fc6aa47b2-6e7b-4b19-91b3-aa896a0da7d5%2Fzz8eis09_processed.png&w=3840&q=75)
Transcribed Image Text:Write an assembly program to compute the following expressions
Create a DWORD array named 'z' of size 3 using DUP operator. Leave the array 'z'
uninitialized. You can denote the items in the array as [Zo, Z₁, Z₂] where Zo is the first item,
Z₁ is the second item. Z₂ is the third item
Update each array item using the following expressions.
Zo = x+y+r
Z₁ = Zo +(y-r)
Z1
Z₂ = Zo + (Z₁ + y)
Where x, y, r are 16-bit integer memory variables.
x= 10, y = 15, r=4
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