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<blockquote data-quote="musiqlover" data-source="post: 5087793" data-attributes="member: 602785">I&#039;m sorry, I think more confused now. //content.invisioncic.com/y282845/emoticons/confused.gif.e820e0216602db4765798ac39d28caa9.gif&nbsp; Where did you get the number 37.5 from? And at 4 ohms, the speakers can be supplied at 50w x 4. so that&#039;s 50 w per speaker. Where does the remaining 37.5w per rear come from?I&#039;ve been desperately trying to understand resistance but, I find it difficult in applying to putting the system together.I understand ohms are measurements of resistance and the higher the ohms, 8 as an example, the more the speaker will resist a signal from the amp. The lower the ohms, 2 as an example, the more likely they can get distorted, but, the more power the amp can supply to the speakers.Now how do you put this all together when you read something as 50 x 4 @ 4 ohms and 150 x 2 @ 4 ohms, etc? I just want ot figure out how people determine the appropriate setup.</blockquote>

[QUOTE="musiqlover, post: 5087793, member: 602785"] I'm sorry, I think more confused now. [IMG]//content.invisioncic.com/y282845/emoticons/confused.gif.e820e0216602db4765798ac39d28caa9.gif[/IMG] Where did you get the number 37.5 from? And at 4 ohms, the speakers can be supplied at 50w x 4. so that's 50 w per speaker. Where does the remaining 37.5w per rear come from? I've been desperately trying to understand resistance but, I find it difficult in applying to putting the system together. I understand ohms are measurements of resistance and the higher the ohms, 8 as an example, the more the speaker will resist a signal from the amp. The lower the ohms, 2 as an example, the more likely they can get distorted, but, the more power the amp can supply to the speakers. Now how do you put this all together when you read something as 50 x 4 @ 4 ohms and 150 x 2 @ 4 ohms, etc? I just want ot figure out how people determine the appropriate setup. [/QUOTE]

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