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Mathematics 13 Online
OpenStudy (anonymous):

simplify....heres an attachment

OpenStudy (anonymous):

OpenStudy (anonymous):

First make them have common denominators, then add. Simplifying after that should be simple.

OpenStudy (mathteacher1729):

The common denom will be \[\large x^2\cdot7x = 7x^3\] You can obtain it by using the good ol' "multiply by ONE" trick: \[\huge \frac{x+2}{x^2}\cdot\left(\frac{7x}{7x}\right) +\frac{x+8}{7x}\cdot\left(\frac{x^2}{x^2}\right)\] Hope this helps.

OpenStudy (anonymous):

Just to improve on the above answer, a simpler common denominator is 7x^2

OpenStudy (mathteacher1729):

good observation, strobe. (also re: the debate thing -- if I'm shown to be wrong or incorrect, I fess up and admit it instead of 'agreeing to disagree'.) :-p

OpenStudy (anonymous):

I ended up getting (8x^2 +10)/(7x^2).....but I dont think its right

OpenStudy (anonymous):

Not quite, give it another go!

OpenStudy (anonymous):

mhhh im not getting it

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