
07-27-2007, 08:14 PM
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Administrator
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Join Date: Feb 2006
Posts: 702
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Quote:
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Originally Posted by tryingtesc
You have the problem set up nicely, however, you should multiply in rows 2, 3, and 4 instead of add. You can "split" the exponent, but you then must multiply. For example: If you had x^2+3; that would equal (x^2)(x^3), the bases are the same and in multiplication you would simply add the exponents making it x^5.
You could not put them back together if you split them like this: x^2 + x^3. They would not be "like" terms, one is squared and the other cubed.
I hope this helps with your reverse engineering because I am not familiar with that method.
Best Regards,
Jason
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Yeah, that looks right. Thanks Jason--I couldn't remember exactly how the rule went. 
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