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OpenStudy (linn99123):
http://prntscr.com/4yil8f
@bibby
Can you help me and like break it down
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OpenStudy (anonymous):
multiply both sides by \(x\) and get
\[sz=x\]
OpenStudy (linn99123):
I dont understand /.\
OpenStudy (anonymous):
\[Z=\frac{x}{s}\] right?
OpenStudy (linn99123):
Yesh .-.
OpenStudy (anonymous):
\[\color{red}4=\frac{\color{blue}{12}}{\color{green}3}\]
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OpenStudy (anonymous):
@satellite73 you had a typo in the very first comment. :P
OpenStudy (anonymous):
same as
\[\color{blue}{12}=\color{red}4\times \color{green}3\]
OpenStudy (linn99123):
Are we just useing these numbers as examples?
OpenStudy (anonymous):
oh so i did
OpenStudy (anonymous):
yes
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OpenStudy (anonymous):
just as examples
OpenStudy (anonymous):
Multiply by \(s\) both the sides..
OpenStudy (anonymous):
\[\color{red}4=\frac{\color{blue}{12}}{\color{green}3}\]
\[\color{red}Z=\frac{\color{blue}{x}}{\color{green}s}\]
OpenStudy (linn99123):
Okay im understanding a little more so 4=Z 12=X 3=S
OpenStudy (anonymous):
same as
\[\color{blue}{12}=\color{red}4\times \color{green}3\] analagous to
\[\color{blue}{x}=\color{red}z\times \color{green}s\]
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OpenStudy (anonymous):
* analogous
OpenStudy (linn99123):
So it would be A
OpenStudy (anonymous):
oui
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