Answer:
A computer has a memory hierarchy, rather than just a single memory component. The lowest level is some form of secondary storage such as a magnetic disk. The next level is the main memory where a subset of the data from the hard disk is stored temporarily. The cache memory is the next level and uses SRAM to store frequently used data. Finally, the register store variables and temporary results for the current CPU computations.
Answer:
"Assembly language" is the correct answer for the above question.
Explanation:
Missing information :
- The word after the and is missing which is "efficiently".
Detailed Explanation :
- The assembly language is a low-level language that is used to operate the system or any controller or any system programming. The c language is also used for the purpose which is done by the assembly language but it comes in the categories of a high-level language.
- But some times the assembly language is used but this comes in the categories of a low-level language. So it is the correct answer for the above question because the question asked about the low-level language which is assembly only.
Answer:
cause
Explanation:
According to my research, I can say that based on the information provided within the question this is an example of a "cause". This refers to something that makes something else happen, and is usually stated by the word "because". For example in this situation the a "planned increase in the use of the computer by operating departments" caused a "Competition for computer time during periods of high demand to become intense".
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
Answer:
D. ReFS
Explanation:
File system is simply a management system for files that controls how and where data are stored, where they can be located and how data can be accessed. It deals with data storage and retrieval.
Examples of file system are NTFS, FAT(e.g FAT 16 and FAT 32), ReFS.
ReFS, which stands for Resilient File System, is designed primarily to enhance scalability by allowing for the storage of extremely large amounts of data and efficiently manage the availability of the data. It is called "resilient" because it ensures the integrity of data by offering resilience to data corruption. It does not support transaction, encryption, file based compression, page file and disk quotas, to mention a few.
