In my opinion....if you really want to go to LSE, get the grades (gap year if need be), do extra work experience demonstrating different areas of the subject you wish to study and do a really great PS!!! Good Luck with your exams! Sasuke!1  0 badges.n my opinion....if you really want to go to LSE, get the grades (gap year if need be), do extra work experience demonstrating different areas of the subject you wish to study and do a really great PS!!! Good Luck with your exams! Sasuke! 1  0 badges.
Processor (CPU). The overall speed or clock speed of the computer and how fast it is capable of processing data is managed by the computer processor (CPU). The computer will be much faster and more powerful when it is capable of executing more instructions every second.For example, the first computer processor was the Intel 4004, which was only a 740 kHz processor and capable of processing approximately 92,000 instructions per second.he computer will be much faster and more powerful when it is capable of executing more instructions every second. For example, the first computer processor was the Intel 4004, which was only a 740 kHz processor and capable of processing approximately 92,000 instructions per second.
When purchasing a processor or desktop computer, you often look at the clock speed. Calculated in megahertz and gigahertz, or MHz and GHz, these measurements only tell one small part of the story of your central processing unit, or CPU.In addition to understanding the clock speed, modern CPU measuring tools also look at other factors in getting an idea of how well a processor performs.unning a processor at a higher clock speed that than that for which it was designed is a common practice called âoverclocking.â But the hertz only measure the literal number of signals that can be pushed through the processor in a single second, while the actual processing is much more complicated.