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OpenStudy (anonymous):
could you write that a bit neater? doesn't look right
OpenStudy (anonymous):
\[-4 \sqrt x+2+3=-1\]
OpenStudy (anonymous):
subtract 5 from both sides
-4*sqrt(x) = -6
divide by - 4
sqrt(x) = 3/2
square both sides
x = 9/4
OpenStudy (anonymous):
how about this one
OpenStudy (anonymous):
\[x^5/6 \over x ^2/5\]
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OpenStudy (anonymous):
@robz8
OpenStudy (anonymous):
\[\frac{ 5x^{3} }{6 }\]
OpenStudy (anonymous):
then what?
OpenStudy (anonymous):
are you trying to solve for x?
OpenStudy (anonymous):
divide them
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OpenStudy (anonymous):
then that is the most simplified answer
OpenStudy (anonymous):
@eSpeX
OpenStudy (espex):
I agree with the first problem and looking at the second problem, \(\frac{\frac{x^5}{6}}{\frac{x^2}{5}}\), you can rewrite it as \(\frac{x^5}{6} * \frac{5}{x^2}\) and simplify. Since there is no '=' you cannot solve for 'x'. @robz8 didn't teach and lead you to getting the answer, but it is accurate.
OpenStudy (anonymous):
:P
OpenStudy (espex):
When you multiply the numerators and denominators you get \(\frac{5x^5}{6x^2}\), and you can then cancel x's to get the simplification.
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