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The largest number of bits a CPU can process is word size. A CPU's Word Size is the largest number of bits the CPU can process in one operation.
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486SX
No, in on the MR
The ALU is.
bytes
As it is 16bit processor it can manupulate 16 bits in one operation
No-too many bytes to be made :)
The system idle process does not actually use any CPU time. It just merely calculates what percentage of the CPU is being used by your processes at any given time.
Burst time is an assumption of how long a process requires the CPU between I/O waits.It can not be predicted exactly, before a process starts. It means the amount of time a process uses the CPU for a single time. (A process can use the CPU several times before complete the job)
A process is a program in execution,it needs resources like CPU time,memory,files and i\o devices to accomplish its task. Threads are lightweight process
The CPU burst time in a computer system is typically calculated by measuring the time it takes for a process to complete its execution on the CPU. This can be done using tools like performance monitoring software or by analyzing the timestamps of when a process starts and finishes running on the CPU. The CPU burst time is an important metric for understanding the performance of a computer system and can help in optimizing resource allocation and scheduling of processes.
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Pslist lists detailed process information. It shows which process is running, the CPU time and Elapsed time of the process, along with other details
Preemptive Multitasking basically involves the operating system sharing CPU time among many processes. An executing process is terminated when its time slice finished and the the CPU control is given to the next process. All processes get CPU time. In Cooperative Multitasking, however, one process can hold the CPU for as long as it needs it. For the cooperative to work, all programmes must cooperate, hence the name.
A 32 bit data bus can send out 4 bytes at a time and can take in 2^32 in addressable memory
No, a CPU can process millions or billions of instructions per second. It does not have a limit of a hundred keystrokes of input at a time. It depends on the CPU's processing power and the complexity of the instructions being executed.