MEDA!!!!!! Find the value of X! Step by step please :)
try
@zepdrix
yo, let her figure this one out
|dw:1407010829469:dw|We have similar triangles, yes? If you call this lower piece something like ... \(\Large\rm a\) Then you can setup your relation for similar triangles:\[\Large\rm \frac{2x-6}{a}=\frac{16}{a+a}\]
|dw:1407011019543:dw|Understand how I setup that relationship? :o There's a nice shortcut for this one actually, but I was hoping this might help you understand the concept.
okay yes im understanding!
\[\Large\rm \frac{2x-6}{a}=\frac{16}{a+a}\] \[\Large\rm \frac{2x-6}{a}=\frac{16}{2a}\]Multiply both sides by a,\[\Large\rm 2x-6=\frac{16}{2}\]And here we can see what the relationship is telling us. The 2x-6 side is `half the length` of the 16 side. Do you understand how to solve for x form that point?
so will it be 2x-6=8
mhm c: solve for x.
x=7
yay good job c:
Join our real-time social learning platform and learn together with your friends!