Stephen is making a map of his neighborhood. He knows the following information: His home, the bus stop, and the grocery store are all on the same street. His home, the park, and his friend's house are on the same street. The angle between the park, the bus stop, and his home is congruent to the angle between his friend's house, the grocery store, and his home.
What theorem can Stephen use to determine the two triangles are similar? Side-Side-Side Similarity Theorem Angle-Angle Similarity Theorem Corresponding Parts of Similar Triangles are Congruent Angle-Side-Side Similarity Theorem
http://learn.flvs.net/webdav/assessment_images/educator_geometry/v15/module05/05_10_b21.jpg
@ganeshie8
@jim_thompson5910
someone please help
@raeror
got any hints?
@mortega115
@HisOnlyForever
@mathmate
please help me someone its important
i want an explanation not just the answer please
\(Im~So~Sorry~But~I~Stink~@~Math~:(\)
ok np
schoolhelp you know?
@xkirkox
I think is angle angle
how did ya come up with that
i had an idea it was that too i wasnt sure
Well it mention multiple angles, so just get rid of SSS
ok
it could still be CPCTC
idk man i stink at math
@mrsushi808`
@ganeshie8
@sweetsunray
Angle side side does not exist its a trap.
ok i know that.
its between ss and cpctc
sorry i just seen this lol
its ok
do you have an idea
let me see i'll re-read
ok np
sweetsunray probably got it she been typing for awhile and im doing bio hw
ok np
sweetsunray you got it?
There are several ways to determine whether two triangles are "congruent": 1) SSS (side side side): meaning that we know that the three sides of each triangle are exactly the same length 2) SAS (side angle side): meaning we know the length of two sides of each triangle is the same length, and that they angle between those two sides is equal too. If the two sides of each triangle are separated from each other by the same angle, then the third side (opposite of the known angle) must be the same length as well. You can try it: draw two sides of a self chosen length, at a self chosen angle. Now draw two sides of the same length at the same angle. Now draw the third side in another color for each triangle and measure it. It'll be the same size. 3) AAS (angle angle side): if you know two angles, then you automatically know the 3rd angle, because the sum of all three angles in a triangle is always 180°. So, if two angles of each triangle are the same, then their third angle must be the same too. HOWEVER, you can draw infinite amount of triangles having the exact same angles, but of different sizes. So, apart from the two angles, one side (the side that does not lie between those two angles, but only lies next to one of them) of each triangle must be the same. The order of the letters follows the visual order of the sides and angles in relation to each other. You can't just jostle the letters about. Here's a link with pictures that might make it more clear to you. http://www.mathsisfun.com/geometry/triangles-congruent-finding.html So, reading that, which of the 4 do you think is the right answer?
i think its AA or cpctc
It's A AA is not enough, you need a Side as well retricedoes not exist amongst the 3 theorems and the third option is too genearl
that should read SSA does not exist amongst the 3 theorems (hint: writing it the other way around couldn't pass the censure)
so its sss
thanks so much
Yup
The description of the houses and street tries to throw you in a loop, by mentioning that he knows at least one angle of each geographical triangle is congruent (the same). But the options that mention A are false.
I mean "the options that mention A(ngle) are false
Try to memorize those 3. A few tricks not to confuse them SSS - snake SAS - SOS with an A AAS - polite A*S that won't be censured
thanks
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