![]() ![]() This is called a process ID, or PID for short. To kill a process requires a unique identifier that’s allocated to each process when it's started. ![]() "Killing" that process frees up resources so that the system can come back to the normal state. When this happens, the computer becomes unresponsive because that one rogue process is taking up all of the system resources. Similarly, processes can consume 100% of the CPU cores. For instance, a program may encounter an error in its code and start consuming excessive memory. ![]() It then uses the allocated CPU cores to run.īut some processes behave in unexpected ways. A share of system resources is allocated to the process so that it can load the contents of the file it reads-or the input/output devices, along with everything else-into allocated memory. But before we can kill a process, we need to understand what it is.Ī process is an instance of a program in execution, along with everything it needs for that execution. An easy solution to this problem is to kill the resource-heavy process. When a computer becomes unresponsive, it’s often because a process is monopolizing your system resources. ![]()
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