Question

I need help with this question:
http://prntscr.com/98f08w
My guess is that it is ASA
I'm not sure about the reasoning though.

Answer 1

I need the reasoning ;-;

Answer 2

also HL work though

Answer 3

I think that we can apply the \(SAS\) theorem

Answer 4

I dont know what that is :/

Answer 5

^HL

Answer 6

oh wait i said ASA nvm i thought i said SAS :P

Answer 7

Ok so im incorrect :P

Answer 8

lol pooja also did the same thing after me :) she posted ganeshie pic :)

I would apply SAS because we have 2 sides and an angle between them

Answer 9

Alright thanks for explaining
@AlexandervonHumboldt2 1/2 of OS has the same pic ;p

Answer 10

i did it first, ahha, then qwerty, then you, then ikram haha

Answer 11

Ok.

Answer 12

no i was after qwerty then kai then pooja

Answer 13

we also can apply the |(ASA\) theorem, since we have a pair of vertical angles:
\(<MNL\) and \(<QPM\)

Answer 14

but SAS is better ahha

Answer 15

I understand ASA way better than SAS i think i'll go with ASA if thats correct....?

Answer 16

oops... I meant vertical angles: \(<NML\) and \(<QMP\)

Answer 17

well @Michele_Laino i think we can apply them all as it's right triangle =)

Answer 18

:/

Answer 19

In general, since in order to know completely a triangle we need of three element of such triangle, and at least one of such element has to be a side, so we can say that we have a pair of congruent triangles, and also the \(SSS\) criterion can be applied

Answer 20

Alright I understand, thank you so much! :)

Answer 21

:)