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Mathematics 14 Online
OpenStudy (anonymous):

Miranda hiked to the top of a waterfall. She wanted to know the waterfall's height, but she was unable to measure it. Miranda created a proportion using the information from triangles PQS and TRS to calculate the height of the waterfall. How tall is the waterfall? (Round your answer to the nearest foot.)

OpenStudy (anonymous):

can some one help me out with this please!!!

OpenStudy (anonymous):

you have to post the numbers

OpenStudy (anonymous):

or a picture

OpenStudy (anonymous):

ok hold on

OpenStudy (anonymous):

OpenStudy (anonymous):

there it goes

OpenStudy (anonymous):

you got it

OpenStudy (anonymous):

here wait almost

OpenStudy (anonymous):

okay thanks

OpenStudy (anonymous):

The height is approximately 743 .

OpenStudy (anonymous):

The triangles are similar since they have the same angle. So , just set up a proportion using information from the 2 triangles.

OpenStudy (anonymous):

We have the hypotenuse of both triangles. The larger one is 986 and the smaller one inside it is just 730 . so since they are similar use a proportion. 986/730. it = 1.35 which is how much of a factor the bigger triangle is from the smaller one

OpenStudy (anonymous):

So now all you have to do is take the multiplier (1.35) and multiply it by all the sides of the smaller yet similar triangle. And you can verify your answer using the Pythagorean theorem.

OpenStudy (anonymous):

get it @yuli ?

OpenStudy (anonymous):

im doing the work if i still dont get it ill send you a message thank you do

OpenStudy (anonymous):

got it thanks

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