Question

what pair of triangles can be proven congruent by sas

Answer 1

I believe it's right triangles

Answer 2

thats wt the question says

Answer 3

I think it's G, H and I?

Answer 4

it would be G because It has two sides that are even with an angle between them

Answer 5

F seems to use the SSS axiom.

Answer 6

I forgot, do triangles NEED to be right-angled for these axioms?

Answer 7

not always

Answer 8

So each of them except F seem to have the the same angle and same two sides.

Answer 9

If you disagree, why do you disagree?

Answer 10

@mathman806

Answer 11

If you look closely the sas axioms need to be two equal sides that share an equal angle on two triangles.
F has three equal sides so therefore it's out
H has ssa so therefore that one cannot be it
I only has one side and one angle given that are equal so we cannot prove that the triangle are equal
so the only one remaining is G

Answer 12

@s3a

Answer 13

@s3a

Answer 14

Two secs. I'm helping multiple people at time, that's why I'm slow.

Answer 15

Okay so, I see how H is out in addition to F.

Answer 16

What's I? Isn't that SAS too?

Answer 17

nope it only gives us a side and an angle to work with we need one more piece of information before we can give it an axiom

Answer 18

Oh! Silly me, I was assuming that the two sides that are close to each other were equal!

I get it now! Thanks, @mathman806. :D

@javo22, do you get that G is the answer?

Answer 19

yea

Answer 20

Alright, good. :)

Answer 21

no problem @s3a

Answer 22

:)