Subject
Computer Science
Topic
Computer Fundamental
As we move downward from registers toward secondary storage, memory capacity generally:
As we move downward from registers toward secondary storage, memory capacity generally:
a)
Becomes zerob)
Always stays identicalc)
Increasesd)
DecreasesExplanation
Lower levels of the hierarchy generally offer larger capacity but slower access.Related questions
Which component normally has the lowest access latency in the memory hierarchy?Which order correctly represents the memory hierarchy from fastest to slower storage?As we move upward toward CPU registers in the memory hierarchy, cost per bit generally:Which memory level is designed to bridge the speed gap between the CPU and main memory?Which principle explains why recently accessed data is likely to be accessed again soon?Which principle states that memory locations near a recently accessed location are likely to be accessed soon?Why does a memory hierarchy improve overall system performance?Which of the following is generally closest to the CPU core after registers?