any one good at operations with polynomials? if so pls help me
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OpenStudy (anonymous):
What's the problem
OpenStudy (anonymous):
there are 18 problems i need help with
OpenStudy (anonymous):
Post one and maybe i can teach you the concept
OpenStudy (anonymous):
ok
n5 . n2
OpenStudy (anonymous):
Is that
\[n^{5}\times n^{2}\]
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OpenStudy (anonymous):
yes
OpenStudy (anonymous):
Ok, when you multiply variable with exponents you just add the exponents together
so 5+2=7
so therefore its
\[n^{7}\]
OpenStudy (anonymous):
ok i get that
OpenStudy (anonymous):
Alright, what other types of problems do you need help with
OpenStudy (anonymous):
x-4 x x-4 x x4
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OpenStudy (anonymous):
Hmm, is that
\[(x-4)(x-4)x^{4}\]
OpenStudy (anonymous):
its x^-4 times x^-4 times x^4
OpenStudy (anonymous):
Ok, add the exponents again, left to right
what do you get?
OpenStudy (anonymous):
-4
OpenStudy (anonymous):
Right, so you end up with x^-4
when there is a negative exponent it can be written like this, put a 1 over it and make the exponent positive
\[\large 1/x^{4}\]
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OpenStudy (anonymous):
ok thanks
OpenStudy (anonymous):
Anything else?
OpenStudy (anonymous):
(4d2t5v-4)(-5dt-3v-1)
OpenStudy (anonymous):
help anyone?
OpenStudy (anonymous):
We are not sure what you are writing. Try to use the equation button below. Post it as a new question; a lot of people won't bother to scroll all the way down.