Hi guys, It may not be relative to math directly but yeah it's about capacity of machine to do jobs and how its throughput got increased.
If I have a machine which it can execute multiple jobs on concurrent time, in other words "almost the same time", and I give it a two jobs, will this machine's time finishing the two job be faster that a machine which not execute multiple jobs on concurrent time(the other machine does every job respectively one after the other)?
if yes, then why? what's confusing me the first machine works concurrently this means at a time it will be one job executes .. so how would that be the finishing time of two jobs faster than the other machine? thanks alot
If I have a machine which it can execute multiple jobs on concurrent time, in other words "almost the same time", and I give it a two jobs, will this machine's time finishing the two job be faster that a machine which not execute multiple jobs on concurrent time(the other machine does every job respectively one after the other)?
if yes, then why? what's confusing me the first machine works concurrently this means at a time it will be one job executes .. so how would that be the finishing time of two jobs faster than the other machine? thanks alot