Additional data and programs not being used by the processor are stored in
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being able to use multiple programs at once..
It depends upon the length of the data bit that is being stored in one memory address by the processor .
The number of processor cores are more like a speed multiplier. So the answer is:Yes, when software is designed only for multi core processors or running more then one program.No, when it is a single program and that software is designed to work on a single core processor.If you had only one program running the number of cores would not affect the speed that program ran. This is because only one processor core is used for a single piece of software unless that software is design only to be used on a multi core processor. The number of processor cores increases the speed of a system when the processor is multitasking. The number of cores allow you to run a equal number of programs at the processors speed without sharing the processors resource's.Examples:If you use a Quad core 3 Ghz processor; you could run 4 programs at the same time and each would run 3 GHz without the processor switching between programs. So the result is 12 GHz of processing being handled at one time.If you use a Quad core 3 GHz processor while you ran only 1 program and it was not designed for multi core. The result would be only 3 GHz of processing being handled.If you use a Quad core 3 Ghz processor; you could run more then 4 programs at the same time. The maximum processing being handled would still be no more then 12 GHz.
ezi now the mother board is where all the bits and pieces are stored, such as your ram, processor etc basically its all full of fragile components that are best of being handleed by people who know what there doing with them
Currently the Intel i5 processor is the most famous processor being used in PCs and notebooks. You should look for a laptop with this processor, which will speed up everything you do.
Both. The software resides in the nonvolatile memory when it is not being run, and a copy is loaded into main memory when it is being run. Programs have to reside in RAM in order for the CPU to process their instructions.
The pigs walk to the processor and then after being cured, it walks to the store.
COMPUTERS Process the provided INFORMATIONbased on the Programming Logic defined in the Applications being used to either Display or Storethe Results of the PROCESSING.
A simulator is a software that duplicates some processor in almost all the possible ways. An emulator is a hardware which duplicates the features and functions of a real system, so that it can behave like the actual system. Usually the emulators and simulators are used for the testing of new architectures and also to give training in some complex systems. A most famous example for a simulator is the flight simulator that simulates the functonalities of an aircraft. Basically a simulator tests the program on the development processor (the processor on which we are working), while an emulator is used on the target processor (the processor for which the program is being written).
The department manages how funds are spread out among various health related programs. They can regulate additional or decreased spending among current agencies such as the Department of Health. Decreased funding often leads to programs being downsized or cut completely.
In the urethra