Question

In ABC, the angle bisectors meet at point D. Point E is on AC, DE and is perpendicular to AC . Point F is the location where the perpendicular bisectors of the sides of the triangle meet. What is the radius of the largest circle that can fit inside ABC?

Answer 1

hmm, i just finished some geometry. i may be able to help

Answer 2

could we draw up a picture of what this may look like?

Answer 3

I'd greatly appreciate it.(:

Answer 4

np
ill help all that i can, you helped me so i'd like to return the favor

Answer 5

im in photoshop making a model of this drawing

Answer 6

*question not drawing

Answer 7

Thank you. Ok.

Answer 8

do we have any numbers to go off of on the triangle?

Answer 9

Nope.

Answer 10

Ill post the multiple choices too.

Answer 11

hmm. well how would we get a radius if there are no numbers to go off of?

Answer 12

okay
that'll help

Answer 13

(A) AD, (B) BD, (C) DE, (D) DF, (E) EF

Answer 14

okay, so we need to get the radius as a letter rather than a number (this got a whole lot simpler)

Answer 15

Hahaha i had meant to post those multiple choices.

Answer 16

hah well so far i'm almost done with the sketch and i'm doing it on paper to get the point better, so far we have a hexagon shape and we simply have to put a circle in the hexagon :P

Answer 17

Sounds simple enough.

Answer 18

so the circle hits the point f,a,c,d

Answer 19

on the sketch

Answer 20

does this help you in any way?

Answer 21

or does it not. im not sure because question is vague

Answer 22

I guess i was going to choose (D), would you back up that choice?

Answer 23

let me see

Answer 24

oh, hell yeah!

Answer 25

pardon my french :P

Answer 26

It's all good thank you Jacob.