<span>A certain database has numerous tables, but they do not share any fields in common. this database will not be as powerful as others because it is not relational. In </span><span>a relational database the data elements are dividing the data elements into related tables. Once ready to start working with the data, one can rely on relationships between the tables to pull the data together in meaningful ways.</span>
By default, 10 computers can be joined to the domain by both users and administrators. As long as a user is authenticated against the Active Directory, he or she can add up to 10 computers to the domain.
While this one posses as an advantage for smaller companies, it is not a desirable feature for bigger companies since they have to control more tightly who can add machines to their domain.
Answer:
The answer to this question is given below in the explanation section.
Explanation:
This question is about what is a good analogy for explaining the actions of a compiler? The correct option is <u> automatic programming of kitchen devices
.</u>
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a hybrid ability of a car to use multiple energy sources (false)
this analogy is not correctly mapped on the compiler, becuase the compiler can be designed only for one type of language, for example, the program that calculates the average of students number can be easily programmed in C++ and in C#. But you cannot compile the C# program in C++ compiler and vice versa.
a street map of a local subdivision (false)
Because you can design a compiler for a not specific subdivision of programming.
an interpreter who speaks several languages
it is not an analogy, however, an interpreter can handle only one type of language.
an automatic programming of kitchen devices (true)
This is a good analogy of compiler because you give input to the device and that device based on your input gives you back an output. Similarly, you give input to the compiler in form of language syntax, and it automatically give you output based on your input.
Answer:
grid computing
Explanation:
<h2><u>Fill in the blanks </u></h2>
<u>grid computing</u> involves connecting geographically remote computers into a single network and combining the computational power of all computers on the network. It takes advantage of the the fact that most computers use their central processing units on average only 25 percent of the time, leaving 75 percent of their capacity available for other tasks. A super computer Nanotechnology A workstation Grid computing Green computing
