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2 cards from this section. Quick, good the night before a test.
What is an accumulator used for?
Think about its role in calculations.
Define a single address instruction.
Which part is mentioned directly?
What does the accumulator primarily hold during its operations?
Think about where results go during calculations.
Single address instructions refer to how many operands?
Consider how many operands are explicitly stated.
If you were asked to enhance a processing task in a single address programming structure, how would you strategically layout the sequence of operations involving multiple variables like A, B, C, and D?
Consider the stages of processing and keeping track of where each result is stored.
Consider a scenario where the accumulator fails during a calculation sequence. Describe how you would adjust your operations accordingly to ensure data is not lost.
Think about how to circumvent problems by adapting to the system's constraints.
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