-8m^2 n-7m^6 n^4 complete factored form of the polynomial?
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OpenStudy (jhannybean):
\[\large -8\color{green}{m^2}\color{blue}{n}-7\color{green}{m^6}\color{blue}{n^4}\]Can you tellmewhat the LCMs will be of these two highlighted portions?
OpenStudy (anonymous):
n
OpenStudy (anonymous):
and n^4
OpenStudy (jhannybean):
goooood :D and what else?
OpenStudy (anonymous):
idk umm m^6
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OpenStudy (jhannybean):
Ok, lets try this..
Between \(n\) and \(n^6\) which one is smaller?
Between \(m^2\) and \(m^6\) which one is smaller?
OpenStudy (anonymous):
n is smaller and m^2 is smaller
OpenStudy (jhannybean):
great! :D This is what we cal our "LCM" or Lowest common multiple.
OpenStudy (jhannybean):
What we can do, since these two terms, \(-8m^2n\) and \(-7m^6n^4\) share a -ve, an m and an n in common, we can pull these out as general factors.
OpenStudy (jhannybean):
Like so: \(\large -m^2n(8+7m^?n^?)\)
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OpenStudy (jhannybean):
now since we pulled out our LCMS... we have to fill in the powers for the question marks.
OpenStudy (anonymous):
^4 and n^3
OpenStudy (jhannybean):
You got it :D \[\large -m^2n(8+7m^4n^3)\]
OpenStudy (jhannybean):
good job :P
OpenStudy (anonymous):
thanks
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