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OpenStudy (anonymous):
OpenStudy (anonymous):
@Outkast3r09 Will you help me pleaseeeeeee
OpenStudy (anonymous):
Can you write out the question i'm having a problem seeing it
OpenStudy (anonymous):
Compare the graphs of the inverse variations by comparing asymptotes, similar points, lines of reflections, and quadrants.
OpenStudy (anonymous):
|dw:1359136113777:dw|
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OpenStudy (anonymous):
What is that graph for ?
OpenStudy (anonymous):
alright for
\[y=\frac{-.7}{x}\]
lets think of what would make this undefined (zero in the denominator). THis will be where the retricemptote is
OpenStudy (anonymous):
asymptotes are * -.-
OpenStudy (anonymous):
when x=0, the problem is undefined so you have an asymptote there.
\[\frac{-.7}{0}=undefined\] when you have a denominator as zero, the asymptote is vertical
OpenStudy (anonymous):
Oh okay i see where your going. I understand
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OpenStudy (anonymous):
now take numbers from the left of zero and right of zero
for example|dw:1359136446122:dw|
OpenStudy (anonymous):
plug these in
\[\frac{-.7}{-2.8}=\frac{1}{4}\]
\[\frac{.-7}{-.7}=1\]