A. IT professional, who maintains the network, must be added and removed from the network. - risk
B. Clients work independently; therefore, if one computer is not working, other computers can still do their jobs. - benefit (scalability is always a benefit)
C. Security levels are set up by individuals; therefore, these networks may not be as secure. - risk
D. There is no need for a big IT department to keep the network up and running. - benefit (it is simple for maintenance)
Answer:
boot the computer from the windows installation disk and run startup repair
Explanation:
Based on the scenario being described within the question it can be said that the best option in this situation would be to boot the computer from the windows installation disk and run startup repair. This will analyze all windows files and clean up any files or malicious software that does not belong in order for the system to be able to correctly boot into the operating system. Then from inside the operating system you can run a full diagnostic of the system.
Answer:
A. Invention of microprocessor
Explanation:
The third generation of computer itself was based on the technology of integrated circuits (shorten as IC).
It lasted for about 6 years and was brought to an end with the advent of the fourth generation of computers which was based on microprocessors.
Hence, option A answers the question.
If any mistake was made using this type of primitive programming, the entire program of punch cards had to be re punched again. The correct option is A.
<h3>What is punch card?</h3>
A punch card is a card on which data is able to be recorded in the form of punched holes.
Whenever a mistake is done, the punched card is scrapped and made anew one for same programming.
Thus, if any mistake was made using this type of primitive programming. The entire program of punch cards had to be re punched again. The correct option is A.
Learn more about punch card.
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<span>In the process of 5B/6B encoding, it is possible to have the following two kinds of data sequences: 1. 25=32 data sequences 2. 26=64 data sequences Therefore, this can left us with some unused code sequences that are 32 in number (=26 – 25). On the other hand, in the encoding process of 3B/4B, it is possible to another set of data sequences as follows: 1. 23=8 data sequences 2. 24=16 data sequences This type of encoding also leaves us with some unused code sequences that are 8 in number (=23-24). 2. </span>
