Answer: The process B is at the maximum steady state. A process is said to be at steady state if the variables that define the behavior of the system are unchanging
Explanation: From the Above
Process A takes 2 minutes per unit and hence can process (60/2) = 30 units per hour. Process B can process only (60/3) = 20 units per hour. Process C can handle (60/1) = 60 units per hour. the steady state output from this system is the smallest of the three, that is process B 20 units per hour
Answer:
User roles and access authorization
(Explanation of this question is given below in the explanation section.
Explanation:
As noted in question that a terminated employee comeback in office and installed some malicious script on a computer that was scheduled to run a logic bomb on the first day of the following month. And, that script will change administrator passwords, delete files, and shut down over 100 servers in the data center.
The following problem can be with that account
- Unauthorized user access and privileges
The user may be given unauthorized access to system resources. If a user has unauthorized access to system resource then he can modify or destroy the system function easily.
- The firewall may be disabled to detect the malicious script
The firewall should be enabled to detect such types of attack from unauthorized access to the system
May be user role is not defined properly. If role would be defined according to user role then there are very fewer chances in doing unauthorized changes in the system that will result in an unexpected outage.
Answer:
a.locate
Explanation:
locate utility in Unix is used to quickly return the filepath of the file searched for.find also used to do the same work but it is not as fast as locate.
locate is faster than find because it does not read the filesystem to search the file infact it refers to the database to search the file and produces it's output and the database is created by updatedb command.
Answer:
Digital logic circuits made of cascaded flip flops.
The different types of Bit Shift Registers are; Serial-In Serial-Out, Parallel-In Parallel-Out, Serial-In Parallel-Out, Parallel-In Serial-Out.
Shift registers can be used as converters to translate data, as delay circuits or counters.
Explanation:
Shift Registers are digital logic circuits made of cascaded flip flops. Their main function is to shift their contents (bits) to the right or to the left one bit at a time. Bit Shift Registers can process data either parallelly or serially. So the different types of Bit Shift Registers are;
- Serial-In Serial-Out
- Parallel-In Parallel-Out
- Serial-In Parallel-Out
- Parallel-In Serial-Out
Because of their ability to convert data from parallel to serial, shift registers can be used as converters to translate data. Some of their other applications are also delay circuits or counters, storing and manipulating data etc.
I hope this answer helps.
Preparing for jobs that are high in demand allows an individual to focus their development of human capital on those careers.
Focus your development of human capital on those careers
<u>Explanation:</u>
As the demand for the job is high, there is no denying the fact that it will increase the likelihood of getting a job. It is a simple proportion, more the number of jobs, more are the chances of getting them.
Last but not least it will also allow an individual to be more attractive to employers in those fields. As an individual prepares for the job, they will acquire certain skills and knowledge that are capable of letting them being perceived as attractive.
