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What is the significance of the CPU clock in determining the processing speed of a computer system?
The CPU clock is significant in determining the processing speed of a computer system because it regulates the speed at which the central processing unit (CPU) can execute instructions. A higher clock speed means the CPU can process more instructions per second, leading to faster overall performance of the computer system.
What are system resources?
anything connected to the cpu is a system resource
How do you resolve system idle process high CPU usage?
don't know why my CPU usage is totally consuming by program called SYSTEM IDLE PROCESS
A computer's CPU and hard drive are found in the?
A computer's CPU and hard drive are found in theD. system unit
Can you put a larger CPU in a computer rather than the original smaller CPU that it came with?
If the CPU replacement is physically larger - probably not.
What is a measurement of frequency of a system bus and CPU. which is faster the system bus or CPU?
CPU operates from 166 MHz to more than 3 GHz system can operate from 133 MHz to 400 MHz. CPU is faster than the system bus
How often should you replace your CPU?
After about 3-4 years. You may not want to replace the CPU of your computer more than once. It is better to buy a new system after you have replaced the CPU once.
Difference between multicomputer and multiprocessor?
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
1 Another name for the physical makeup of the computer?
system configuration
Which a term given to a computer type that utilises more than 1 processor?
Multiprocessor, as opposed to Multicore, which is more than 1 core within a single physical CPU.
What is faster CPU or system bus?
I suppose you mean "CPU" The system bus is typically set at a vastly lower frequency than the CPU. They handle different things, so comparing them to each other for "speed" isn't really possible. This is similar to asking if the speed of a plane is higher than the hardness of a rock.
Why do systems not use more or large cache memory if they are so useful?
cache is more expensive and it will increase the cost of the system terribly. processing of more than one cache will complicate the design of CPU and increase the burden on CPU.
How many processors are installed on my computer?
This is becoming increasingly difficult, as a modern CPU chip now can contain several "cores" (each, and independent CPU), and each core may now possibly be able to run more than one process (a multi-threaded, or hyperthreaded core). Virtually all desktop or laptop systems have 1 physical CPU. Only really high-end workstations will have more than 1 physical CPU. However, due to the concept of cores and threads, that one physical CPU can appear to be multiple Virtual CPUs to the operating system. Honestly, the simplest way to find out more about your CPU is to reboot the system, and then watch the BIOS output. It should tell you what kind of CPU you have (almost always AMD or Intel something-or-other). If you don't see that information, hit "Delete" or "F1" or "F2" a couple of times right after the system starts - it will go into the BIOS setup, where you can see the CPU model. After you've discovered what the CPU model number is, look up it's abilities on the web: For AMD CPUs: http://products.amd.com/en-us/DesktopCPUResult.aspx For Intel CPUs: http://ark.intel.com There are ways to tell inside the OS, but it's a bit hard to describe, and highly dependent both on which OS (MacOS, Windows, Linux, etc.) and which version of that OS you are using.
What is considered a good time-line before upgrading the CPU processor?
About 3-4 years. If you wait longer than that, it may be more convenient to replace the entire system, instead of upgrading the CPU.
Why Often your CPU process reaches 100 and system hangs what can you do?
You want you computer to use 100% of your CPU. The more CPU your computer uses, the faster it is working.
Why does memory access take more machine cycles than register access?
Because of different in speeds of cpu the system bus and the memory circut
Why does memory access take more machine cycle than register access?
Because of different in speeds of cpu the system bus and the memory circut
