Question
1. Which of the following RAM types/technologies is/are nonvolatile? A. flash RAM B. synchronous DRAM C. magnetoresistive RAM D. phase-change RAM E. dynamic RAM F.
1. Which of the following RAM types/technologies is/are nonvolatile?
A. flash RAM
B. synchronous DRAM
C. magnetoresistive RAM
D. phase-change RAM
E. dynamic RAM
F. static RAM
2. Which of the following RAM types/technologies is/are nonvolatile? Select all that apply.
A. synchronous DRAM
B. dynamic RAM
C. magnetoresistive RAM
D. static RAM
E. phase-change RAM
F. flash RAM
3. Which of the following is the most significant (largest) component of average access time for a magnetic disk or optical disc drive?
A. platter-to-platter seek time
B. rotational delay
C. head-to-head switching time
D. track-to-track seek time
4. Which of the following describes a change in bit size that quadruples the areal density of a recording surface?
A. Reduce bit size width to 25% of its former value and reduce bit size length to 50% of its former value.
B. Halve the length and width of the bit size.
C. Reduce the length and width of the bit size to 25% of their former values.
D. Halve the length of the bit size but keep width the same.
10. Which of the following best describes the role of pits and lands in storing a bit value on a manufactured CD or DVD
A. Laser light is reflected poorly from a land because it is dyed a darker color than a pit. The difference in the strength of the reflected laser light is interpreted as a zero or one value.
B. Laser light reflected from a pit scatters. Laser light reflected from a land is reflected strongly. The difference in the strength of the reflected laser light is interpreted as a zero or one value.
C. Laser light is reflected poorly from a pit because it is dyed a darker color than a land. The difference in the strength of the reflected laser light is interpreted as a zero or one value.
D. Laser light reflected from a land scatters. Laser light reflected from a pit is reflected strongly. The difference in the strength of the reflected laser light is interpreted as a zero or one value.
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