Suppose 3s represents an even integer. What polynomial represents the product of 3s, the even integer that comes just before 3s, and the even integer that comes just after 3s?
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OpenStudy (anonymous):
Its like Im reading spanish. could someone please explain?
OpenStudy (anonymous):
what do you subtract to get from 3s to whatever comes before 3s
and what do you add to get from 3x to whatever comes after 3s
OpenStudy (anonymous):
find an expression for each, multiply the two expressions and 3s together
then simplify
OpenStudy (anonymous):
@GertheDL
OpenStudy (anonymous):
good thing I speak spanish
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OpenStudy (anonymous):
lol Thanks Peter14 I did figure this one out though.
OpenStudy (anonymous):
any other questions?
OpenStudy (anonymous):
Im tring to graph this atm.
Graph the function.
y = -x + x2
OpenStudy (anonymous):
this?
\[y=x^2-x\]
OpenStudy (anonymous):
y = -x + x2
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OpenStudy (anonymous):
oh lol yes you just wroute it in oppisite order. I think?
OpenStudy (anonymous):
Does this look right?
OpenStudy (anonymous):
if the x^2 is positive the parabola should open upwards