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Mathematics 7 Online
OpenStudy (anonymous):

A flag pole is 12 feet tall. Its shadow is 10 feet long. What is the approximate distance from the top of the flag pole to the tip of the pole's shadow? A. 22 feet B. 16 feet C. 11 feet D. 7 feet

OpenStudy (sierra!):

What do you think?

OpenStudy (anonymous):

A?

OpenStudy (goformit100):

@R_U_Blue can I plz see yoour working ?

OpenStudy (anonymous):

My working?

OpenStudy (sierra!):

Yes how did you get your answer

OpenStudy (goformit100):

yes how did you got A as your correct option.

OpenStudy (anonymous):

I guessed.

OpenStudy (goformit100):

yes how did you got "A" as your correct option.

OpenStudy (sierra!):

Never do that only if you can back it up

OpenStudy (anonymous):

Lol, okay fine!

OpenStudy (frizz):

It would be: a squared * b squared = c squared. Then take the square root to get C.

OpenStudy (anonymous):

Well I'm clueless as of how to find this answer.

OpenStudy (frizz):

Take 12 as A and 10 as B

OpenStudy (anonymous):

Are you sure @Frizz ?

OpenStudy (frizz):

Very. This is stuff I do all the time in geometry.

OpenStudy (anonymous):

Well thanks!

OpenStudy (frizz):

No problem!

OpenStudy (frizz):

I was trying to explain the Pythagorean theorem. Just to be clear.

OpenStudy (anonymous):

Can you help with another one @frizz

OpenStudy (frizz):

Sure. I can see what I can do!

OpenStudy (anonymous):

I know what the Pythagorean thereom is, but I learned it yesterday

OpenStudy (anonymous):

A square-shaped park has a light pole at each corner. The distance from one light pole to the next light pole is 210 feet. What is the approximate distance from Pole 1 to Pole 3? A. 148 ft B. 210 ft C. 297 ft D. 420 ft

OpenStudy (frizz):

Well, same rule applies. it's a square, so try out the Pythagorean theorem to get the hypotenuse.

OpenStudy (frizz):

The hypotenuse would be c (the distance you need)

OpenStudy (frizz):

Not the answer C.

OpenStudy (anonymous):

Can't you just figure it out by 210*2?

OpenStudy (frizz):

Yes. That is the short cut of a triangle with 2 same length sides.

OpenStudy (anonymous):

So I can do that?! wow I didn't know that!

OpenStudy (frizz):

It's just a nice short cut that I remember.

OpenStudy (anonymous):

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