1. (2r^2-3r-35) / (r-5)
2. (3p^2+20p+11) / (p+6)
3. (n^2+7n+12) / (n+3)
#4 will be drawn
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OpenStudy (anonymous):
|dw:1369341034063:dw|
OpenStudy (luigi0210):
Use synthetic division
OpenStudy (anonymous):
whats that
OpenStudy (anonymous):
i only know FOIL method
OpenStudy (anonymous):
and theres another one i forgot it
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OpenStudy (luigi0210):
Synthetic is upside down division
OpenStudy (anonymous):
oh i just looked up what synthetic division is on google. we don't use that.
OpenStudy (luigi0210):
Well trust me, that is the easiest way
OpenStudy (anonymous):
@Luigi0210 there is another way it is like this(look at drawing) i know how to start it but not finish it:
OpenStudy (anonymous):
|dw:1369341463372:dw|
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OpenStudy (anonymous):
is that right
OpenStudy (anonymous):
@GoldPhenoix
OpenStudy (goldphenoix):
\[\frac{ (2r^2-3r-35) }{ (r-5) }\]
\[\frac{ (3p^2+20p+11 }{ (p+6) }\]
\[\frac{ (n^2+7n+12 }{ (n+3) }\]
Gonna make it as a reference ( Make life easier)
OpenStudy (anonymous):
what do u mean reference? and how do u do that fancy txt? o.o
OpenStudy (anonymous):
and u forgot #4. it is drawn up there^ if u didnt see, just saying
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OpenStudy (goldphenoix):
Reference as in make your problem easier to understand.
Fancy txt = Equation button underneath.