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4 cards from this section. Quick, good the night before a test.
What is managed in an accumulator during the operation of (A + B)?
Recall the steps of adding A and B.
Define a zero address instruction.
Think about how operands are managed with stacks.
What does the accumulator do?
Think about what happens in the calculation steps.
Is a zero address instruction dependent on stack operations?
Recall how operations are handled in this format.
Create an assembly code snippet to calculate (X + Y) * (Z - W) using two address instructions. Explain your steps.
Think about intermediate storage and the process of structuring instructions logically.
Discuss how you could optimize a function that performs arithmetic using under 3 different instruction formats. Provide examples.
Consider how each change leads to more effective utilization of memory and processing time.
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