Explain why for each question.
Most high-performance PCs use some type of __ processor(s). A. Pentium B. Celeron C. Xeon and Itanim D. Acceleron and Celerium
Less expensive, basic PCs use a brand of Intel Processor(s) called the
a. Pentium b. Celeron c. Xeon and Itanium d. Acceleron and Celerium
Synchronous DRAM (SDRAM) chips are faster than DRAM chips because they
a. transfer data twice for each clock cycle b. are synchronized to the system clock
c. do not have to be re-energized as often d. use pipelining technique
| Question Number | Answer Option |
|---|---|
| 1 | A (Pentium) |
| 2 | A and B (Pentium or Celeron) |
| 3 | B (are synchronized to the system clock) |
Source:
Discovering Computers 2009: Brief
By Gary Shelly, Misty Vermaat
Explain why for each question. Most high-performance PCs use some type of __ processor(s). A. Pentium...
Most high-performance PCs use some type of __ processor(s). A. Pentium B. Celeron C. Xeon and Itanim D. Acceleron and Celerium Less expensive, basic PCs use a brand of Intel processor(s) called the A. Pentium B. Celeron C. Xeon and Itanim D. Acceleron and Celerium Synchronous DRAM (SDRAM) chips are faster than dram because they ___ A. Transfer data twice for each clock cycle B. are synchronized to the system clock C. do not have to be re-energized as often...
Computer Architecture 14. Fill in the blanks below with the most appropriate term or concept discussed in this chapter: A. ---------------The time required for the first result in a series of computations to emerge from a pipeline. B. ---------------This is used to separate one stage of a pipeline from the next. C. ---------------Over time, this tells the mean number of operations completed by a pipeline per clock cycle. D. ---------------The clock cycles that are wasted by an instruction-pipelined processor due...