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OpenStudy (anonymous):
OpenStudy (anonymous):
1, 2, 3, or 4?
OpenStudy (s3a):
The one pointing down starting from the origin. Learn f(x) = a(x - h)^2 + k. Use software. If you use Linux, use kmplot to learn interactively what changing a parameter does.
OpenStudy (anonymous):
So it's the second one?
OpenStudy (shayaan_mustafa):
it is a parabola with concave down and vertex at origin.
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OpenStudy (shayaan_mustafa):
domain [-inf , inf]
range [-inf , 0]
OpenStudy (anonymous):
Ok thank you! <3
OpenStudy (s3a):
Yes but the formatting is screwed up that's why I described it.
OpenStudy (shayaan_mustafa):
yes yes . right. 2nd
OpenStudy (s3a):
Actually, the range is [0,-inf].
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OpenStudy (s3a):
or wait.
OpenStudy (s3a):
No, I'm wrong.
OpenStudy (s3a):
(I think)
OpenStudy (shayaan_mustafa):
range would be -inf to 0
not 0 to -inf
OpenStudy (anonymous):
So which one is it? lol
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OpenStudy (s3a):
Yeah, I see it now. I'm just really tired and my eyes are burning :( .
OpenStudy (shayaan_mustafa):
2nd graph is your answer.
OpenStudy (s3a):
Range: [-inf,0]
OpenStudy (anonymous):
Okay thank you.
OpenStudy (s3a):
No problem. Do you use Linux?
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OpenStudy (anonymous):
No :o
OpenStudy (shayaan_mustafa):
welcome
OpenStudy (s3a):
Oh, nvm then. I suspected you would since you gave an odt file.