In triangle $ABC,$ $M$ is the midpoint of $\overline{AB}.$ Let $D$ be the point on $\overline{BC}$ such that $\overline{AD}$ bisects $\angle BAC,$ and let the perpendicular bisector of $\overline{AB}$ intersect $\overline{AD}$ at $E.$ If $AB = 44$ and $ME = 12,$ then find the distance from $E$ to line $AC.$

In triangle $ABC,$ $AB = BC = 17$ and $AC = 16.$ Find the circumradius of triangle $ABC.$

Hi121529 Apr 23, 2020

#2**+1 **

Hello there! I had the same question and here are two answers, now I am not that good at explaning it but here we go.

1. Answer- 12

My reasoning- because if you draw a digram might help.

2. Answer 289/30

My reasoning- I give up on how to explane this one... I am srry if my explnations arnt good but I know that the answers are ok I think...

Hope this helps!

Guest Apr 25, 2020

edited by
Guest
Apr 25, 2020