according to amdahls law the single processor runs at the sa

according to amdahl’s law the single processor runs at the same speed as a parallel processor
according to amdahl’s law the single processor runs at the same speed as a parallel processor
according to amdahl’s law the single processor runs at the same speed as a parallel processor

Solution

This is false because according to amda\'l\'s law the parallel processor provides a speed up more than a single processor which means the parallel processors take less time to execute the instruction. than a single processor.This is given by the following equation:

S(latency)=1/(1-p)+p/s

S(Latency)is defined as theoretical speedup in latency of the execution of the whole task;

Moreover s is the speedup in latency of the execution of the part of the task that benefits from the improvement of the resources of the system.This is the indivisual parellel task latency.

Finally we have the p which is defined as the percentage of the execution time of the whole task concerning the part that benefits from the improvement of the resources of the system .It leads to overall speedup

 according to amdahl’s law the single processor runs at the same speed as a parallel processor according to amdahl’s law the single processor runs at the same s

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