Question

#11 :)

Answer 1

well by looking at the picture what can you figure out?

Answer 2

im trying to get triangle VKO congruent to triangle VZL but i cant get an angle or the 3rd side

Answer 3

well, if you take a different approach to it, you see the triangle VOL is an isosceles, correct?

Answer 4

oh then you can get <1 congruent to <2, but then what?

Answer 5

could i do a linear pair post to get <3 congruent to <4 then get VK congruent to VZ with cpctc

Answer 6

see
1 and 2 are congruent

Answer 7

then LOK and OLZ are congruent
2 sides and 1 angle are congruent of the angle
that makes 3rd sides congruent
that's kv = vz

Answer 8

2 angles are 2 sides are congruent :) that makes it isosceles right

Answer 9

@Hope_nicole is it correct? m out of geometry practice

Answer 10

Well, when i looked at the picture, i noticed the inner triangle was an isosceles, then i noticed that the two segments at the bottom were congruent also which in my mind made the triangle KVZ an isosceles. However that is not a true way to prove it, at least i do not think so! but yes you are correct :D

Answer 11

it can be proved.
you gotta draw line segment for KVZ ne. you are right too

Answer 12

sorry
I mean VOL

Answer 13

you got them congruent anyway~

Answer 14

Given: Seg OV ≅ Seg LV
Seg KO ≅ Seg ZL
Prove: Tri KVZ is isosceles

1. Seg OV ≅ Seg LV
2. < 1 ≅ <2
3. <3 ≅ < 4 3. Supplements of Congruent Angles are Congruent
4. Seg KO ≅ Seg LZ
5. Tri VOK ≅ Tri VLZ 4. SAS ≅ Postulate
6. Seg VK ≅ Seg VZ
7. Tri KVZ is isosceles

Answer 15

@maddierawr

Answer 16

i got it thanks