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4 cards from this section. Quick, good the night before a test.
Define an unconditional jump instruction.
Think about how the program flow changes with this kind of jump.
What does PC stand for in computer architecture?
Consider what role the PC plays during instruction execution.
What type of jump instruction always executes?
Recall which jump doesn't depend on any flags.
True or False: An offset is not necessary for unconditional jumps.
Think about how unconditional jumps operate.
Design a simple program that utilizes an unconditional jump and explain its control flow.
Think about how this could affect the overall program execution, especially in loops.
Create a scenario where a conditional jump is necessary and explain the flags involved.
Reflect on how user decisions can guide program execution paths.
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