Люди тут э хтось хто знаэ Англiйську !!!

Треба текст перекласти! Не в Гугле :) А нормально шоб читався. Менi на пару завтра !!!Я не сплю :) Перекладiть хто шаре в Англiйськiй!! !Буду вдячний! 10 грн на мобилу :) скин

Надо с Инглыш на Украинский, завтра пара :)))) ппс я инглыш 000 ребят помогите я не сплю !!!Вот текст !!!могу отблогодарить там денег на мабилу что ли ))))

When you hit your PC's On switch, nothing much seems to happen for several seconds. Actually, your computer is going through a complex set of operations to make sure all its com¬ponents are working properly and to warn you if something is amiss. This operation is the first step in an even more complicated process called the boot-up, or simply, the boot.
The term comes from the idea of lifting yourself up by your own bootstraps. In a PC, boot¬strapping is necessary because the PC must have some way of bringing all its components to life long enough to load an operating system. The operating system then takes on more complicated tasks that the boot code alone can't manage, such as making the PC's hardware interact with soft¬ware.
But before your PC can even attempt to load an operating system, it has to make sure that all the hardware components are running and that the CPU (central processing unit) and memory are functioning properly. This is the job of the power-on self-test, or POST.
The POST is the first task your PC performs when you turn it on, and it's your first warning of trouble with any of the components. When the POST detects an error from the display, memory, keyboard, or other basic components, it produces an error warning in the form of a message on your display and—in case your display is part of the problem—in the form of a series of beeps. Usually neither the beeps nor the onscreen message is specific enough to tell you exactly what is wrong. All they're intended to do is to point you in the general direction of the component that has a problem.
A single beep combined with a display of the normal DOS prompt means that all components have passed the POST. But any other combination of short beeps and long beeps usually means trouble. Even no beep at all indicates a problem.
If no error message appears or beeps occur, however, that doesn't mean all the hardware com¬ponents of your system are functioning as they should. The POST is capable of detecting only the most general types of errors. It can tell if a hard drive that's supposed to be installed isn't there, but it can't tell if there is trouble with the drive's formatting.
Ali in all, the POST does not appear to be extremely helpful. That's because most PCs func¬tion so reliably that only occasionally something triggers a POST alarm. The POST's benefits are subtle but fundamental. Without it, you could never be sure of the PC's ability to carry out its tasks accurately and reliably.