SOLUTION: I dont understand this, can someone walk me through and show their work?
https://docs.google.com/document/d/11ubufkDLZVRNKRWGP-FQS1OdG1R5iG1z-dD6d_yCxVY/edit?usp=sharing
That is
Algebra ->
Triangles
-> SOLUTION: I dont understand this, can someone walk me through and show their work?
https://docs.google.com/document/d/11ubufkDLZVRNKRWGP-FQS1OdG1R5iG1z-dD6d_yCxVY/edit?usp=sharing
That is
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Question 1034432: I dont understand this, can someone walk me through and show their work?
https://docs.google.com/document/d/11ubufkDLZVRNKRWGP-FQS1OdG1R5iG1z-dD6d_yCxVY/edit?usp=sharing
That is the link for the question, it's a picture question so i couldn't upload it on here, thank you in advance! Answer by KMST(5328) (Show Source):
You can put this solution on YOUR website! The problem says that triangles and are similar.
The corresponding vertices are given in the same order,
so correspond to } ,
and the angles at those vertices are congruent (have the same measure).
The same is true for and and .
Sides and are corresponding sides.
So are sides and .
Besides angles having the same measure,
the fact that the triangles are similar means that
triangle is a scaled up or scaled down version of triangle .
The scaling factor ismthe ratio of lengths of the corresponding sides: .
On the figure, the lengths of those sides are shown as: .
So,
From that equation, we solve for .
First, we eliminate denominators by multiplying times a common multiple of the denominators, . <--><--><--> .
The rest is easy: <--><--><--><-->,-->