CPU's or Central Processing Units don't have space. They process instructions sent from the computer's bus.
Desk top PCs have CPU and monitor. Using LCD /flat screen monitor can save lot of space. Most of the CPUs are of nearly same size and much space can not be saved on size of CPU but one can keep CPU on a shelf above table or even below the desk top to save desk space.
A CPU will run at 100% when you have a lot of "stuff" going on. That stuff can be things you WANT to run, or it can be spyware, viruses or even benign applications that you thought might be nice to have but often just take up space and processor cycles.
it does not have a lot of space
The Gateway LT3103u netbook with Athlon CPU is one of the best for browsing.
Computer animation is one of the most CPU-intensive operations. Basically you're making the CPU do a lot (a LOT) of calculations on pixels, often millions of them at the same time. Naturally, for doing such an operation, the faster the CPU execution speed the better.
If you look on your CPU (processor) there will be a small golden arrow, you place that arrow in the same direction as where there is a space without holes on the CPU slot.
Multiprocessors have a single physical address space (memory) shared by all the CPUs whereas multicomputers have one physical address space per CPU Multiprocessors have a single physical address space (memory) shared by all the CPUs whereas multicomputers have one physical address space per CPU
False
RAM
Vaccum tubes use a lot of power and give off heat.
The main component of modern computer chips is Silicon.
It consumes your memory space in primary memory and can manipulate and create files on the system. Also it is being executed by the CPU so it further consumes the CPU time