please check this for me!! its my last question D:
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OpenStudy (anonymous):
jimthompson5910 (jim_thompson5910):
it looks great, nice work
OpenStudy (anonymous):
well i checked it and it says its wrong :/
OpenStudy (anonymous):
i'm checking it again
jimthompson5910 (jim_thompson5910):
hmm does it place any restriction on x and h?
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OpenStudy (anonymous):
no i only have to simplify it
jimthompson5910 (jim_thompson5910):
alright one second
OpenStudy (anonymous):
rationalize the denominator
jimthompson5910 (jim_thompson5910):
well what you have is correct, but perhaps the computer system is really picky and they want it a certain way?
OpenStudy (anonymous):
probably
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OpenStudy (anonymous):
if i get it wrong, i could do another one but i really dont want to go through the process again
jimthompson5910 (jim_thompson5910):
Maybe they want the answer as
\[\Large \frac{2x+h+2\sqrt{x(x+h)}}{h}\]
or maybe as
\[\Large \frac{2x+h+2\sqrt{x}\sqrt{x+h}}{h}\]
or maybe as
\[\Large \frac{x+h+2\sqrt{x}\sqrt{x+h}+x}{h}\]
jimthompson5910 (jim_thompson5910):
They're all equivalent to what you wrote
OpenStudy (anonymous):
yes i got it! i tried the second one
OpenStudy (anonymous):
thank you so much!
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jimthompson5910 (jim_thompson5910):
hmm interesting...
jimthompson5910 (jim_thompson5910):
stupid computer lol, oh well, yw
OpenStudy (anonymous):
they really wanted it simplified ! haha
jimthompson5910 (jim_thompson5910):
yeah it's more simplified the way you had it...idk