Mathematics OpenStudy (anonymous):

im not sure how to simplify: a^3+1/6a^2 X 3a/a^2+a OpenStudy (anonymous): OpenStudy (anonymous):

$a ^{3}/1+ (1/6)*/(a^2)/1+(3/1)*a/a^2+a/1$ Create full fractions of each term. Next factor the top and bottom of each term separately. So a^2/1 becomes (a*a)/1. Finally determine if any factor (whether a variable or numeral) appears in all the terms. You should find that only (a/1) is able to factor out. [Corrections welcome.] OpenStudy (anonymous):

thanks but i dont think i wrote the question properly D: sorry its umm simplify a^3+1 3a ________ X ________ 6a^2 a^2+a sorry for the inconvenience. and if its the same thing just call me stupid :) OpenStudy (anonymous):

$((a^3 +1)/6a^2)*(3a/(a^+a)) = (3*(a^3+1))/(6^a^2(a+1))=(3a^3+3)/(6a^3+6)=1/2*(a^3+1)$ i think this is the ans. go each step by urself to understand it. OpenStudy (anonymous):

\frac{{\mathrm{(}}{a}^{3}\mathrm{{+}}{1}{\mathrm{)(}}{3}{\mathrm{)(}}{a}{\mathrm{)}}}{{\mathrm{(}}{3}{\mathrm{)(}}{2}{\mathrm{)(}}{a}{\mathrm{)(}}{a}{\mathrm{)[}}{a}{\mathrm{(}}{a}\mathrm{{+}}{1}{\mathrm{)]}}}\mathrm{{=}}\frac{{3}{a}{\mathrm{[(}}{a}^{3}\mathrm{{+}}{1}{\mathrm{)]}}}{{3}{a}{\mathrm{(}}{2}{a}{\mathrm{)(}}{a}^{2}\mathrm{{+}}{a}{\mathrm{)}}} OpenStudy (anonymous):

${{(a^{3}+1)(3)(a)}\over{(3)(2)(a)(a)[a(a+1)]}}={{3a[(a^{3}+1)]}\over{3a(2a)(a^{2}+a)}}$ Blah -trying to learn to post in TeX. OpenStudy (anonymous):

Ok - canceling the common term 3a top and bottom - the remultiplying, I get: ${{[(a^{3}+1)]}\over{(2a^{3}+2a^{2})}}$ ... if I've read your equation correctly. OpenStudy (anonymous):

moss's bro you are entirely right! i made a mistake with typing on the TeX the last step you can also put like $1/2 * ([a^3+1]/[a^3+a^2])$ OpenStudy (anonymous):

Cool. BTW, I'm using two helper programs to cut and paste proper TeX equations. One is a visual editor (MathMagic) - useful. OpenStudy (anonymous):

D: i don't know where i went wrong my answer ended up being $a^{2}-a+1$ ______________ $2a ^{2}$ any ideas on what im doing wrong? OpenStudy (anonymous):

No I can't really see how you got the trinomial on the top. Can you post your intermediate steps? BTW type "\frac{a+b){a^2} in the Equation editor to compose the fraction a+b)/a^2 for example.

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