No. That's a supercomputer. Mainframes attempt to serve as many users as possible and may run many different programs concurrently.
A compiler.
"run time" is the opposite of "compile time". It refers to the time when the program is actually running.
You can have the below line as the first and last line of the program and find out the difference in time taken to calculate the execution time. This will print the system time in the console which can be used to calculate execution time.System.currentTimeMillis();
Programming languages are extremely complex to make, but essentially, you have to first design what the purpose of your language is. Then, you have statements, errors, and other objects to write. This is really just the part that is extremely hard to do. For example: even Visual Basic 6 is very complex, having lots and lots of possible syntax errors, you would have to program that all in. Finally you would have to program your compiler or assembly-thingie. This is pretty hard to do, as well, as you would have to gather all the possible syntax and run-time errors as well. Then you're done, except for the possible innumerable number of bugs that may be left over.
Compile Time: In longer form, you might say, "at the time of compiling", or, "when the program is compiled". When you compile a program, the compiler applies various processes to your source code in order to generate the executable files. These are actions that happen "at compile time". Other actions happen when you actually run the finished program. These actions are said to occur, at, or in, "run time".
no, time travel is not possible so there is nothing to study
If you want to lose weight, you should do this gradually in time because a quick fast weight loss program may not be healthy on your body, and sometimes is least effective.
Yes.
A "fast track" program USUALLY just implies that the attendee is spending less time to learn the same amount of information as a long course for the same subject. If you successfully complete a fast-track program you should be just as employable as a 'regular' graduate.
At this time, it is only in the realm of science fiction.
Supercomputers are designed to work on types of problems where speed is of the essence. Mainframes demand reliability and are used for performing thousands upon thousands of concurrent transactions.
Possible, but rare. The coolant may be circulating too fast to have time to dissipate heat when going through the radiator.Possible, but rare. The coolant may be circulating too fast to have time to dissipate heat when going through the radiator.
It is possible but not recommended unless it is a cooperative program between two schools.
Unfortunately, the ability to travel back in time is not currently possible. It is unknown to us what time travel requires, be it speed, distance, location, or what is capable of making the trip, if such a trip is even possible.
No teeth. Go as fast and deep as possible. always suck. E.o.S SWALLOW
Start developing a time machine as soon as possible, i suggest now.
There is no such thing as a fast degree, a least from a legitimate college or university. Granted, there are colleges and universities that have accelerated programs, but it will still not be fast. It takes years. In addition, you can cut some time off by taking summer and interim sessions. It is possible to speed up your degree by studying online and using the advantages of accelerated degree programs. This takes a lot of work and you will need to study year round but with through this type of program it is possible to earn a fully accredited bachelors degree in as little as 2 years.