\(\text{Please do not mass-tag more than 3-5 people in one post.}\)
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OpenStudy (jekdidkdjrjrjjr):
k, can u help tho
OpenStudy (jekdidkdjrjrjjr):
@reemii
OpenStudy (kittiwitti1):
Seriously. Don't.
As for the question: at certain points for tangent, x is undefined. These are asymptotes. The existence of asymptotes renders the first two options moot, as they are an inclusive range and make no mention to the holes in the graph formed by the asymptotes.
OpenStudy (jekdidkdjrjrjjr):
so is it a?
OpenStudy (kittiwitti1):
The first two don't make sense when applied to the graph
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OpenStudy (samanddean1967):
I was thinking c
OpenStudy (jekdidkdjrjrjjr):
so c?
OpenStudy (samanddean1967):
but Im not 100% sure
OpenStudy (kittiwitti1):
hmm.
Why do you think it's C?
OpenStudy (jekdidkdjrjrjjr):
is it?
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OpenStudy (jekdidkdjrjrjjr):
I’m not sure
OpenStudy (samanddean1967):
I was thinking c because I remember my teacher talking about all real numbers except something to do with pi but I dont remember all of the discussion
If you graph the tangent function on desmos.com/calculator you will see where the asymptotes are. The last two options are telling you where x is undefined, but only one of them is right.
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OpenStudy (kittiwitti1):
We're not going to give you an answer if you don't understand why it's right/wrong
OpenStudy (supersmart1001):
ok @Jekdidkdjrjrjjr u obviously dont care for me anymore so...
OpenStudy (jekdidkdjrjrjjr):
well i need to know if c is right or not
OpenStudy (kittiwitti1):
@thefurball gave you a pretty informative pic btw
OpenStudy (samanddean1967):
^^she is correct it has to be one of the last 2
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OpenStudy (jekdidkdjrjrjjr):
@supersmart1001 if u could just give me the answer
OpenStudy (samanddean1967):
look at the graph it tells you if you read it carefully
OpenStudy (kittiwitti1):
Just graph it on the calculator link I gave you, it will make sense then
OpenStudy (thefurball):
Thanks bro @kittiwitti1 don't think I can say much else without giving the answer directly
OpenStudy (kittiwitti1):
np (:
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OpenStudy (jekdidkdjrjrjjr):
well ur not giving me the answer by answering me if its c or not
OpenStudy (kittiwitti1):
If I told you it was c, would you know why it was right?
OpenStudy (jekdidkdjrjrjjr):
yes i get it
OpenStudy (jekdidkdjrjrjjr):
is it C??????//?////? yes or no omg
OpenStudy (kittiwitti1):
Okay, why would it be right then?
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OpenStudy (kittiwitti1):
It's against the rules to give direct answers. I'm sorry, but I'm not going to break them.
OpenStudy (samanddean1967):
Jek look at the bottom part of the sentence in the link thefurball gave you
OpenStudy (jekdidkdjrjrjjr):
@supersmart1001 is it c
OpenStudy (kittiwitti1):
._.
OpenStudy (jekdidkdjrjrjjr):
IS IT C YES OR NO OMG
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OpenStudy (kittiwitti1):
Okay. Let's do it this way. Make a table of all values on the unit circle for the tangent function.
Where does the function end up with "undefined"?
OpenStudy (jekdidkdjrjrjjr):
I DONT KNOW
OpenStudy (kittiwitti1):
Did you try making a table?
OpenStudy (jekdidkdjrjrjjr):
i don’t know how to
OpenStudy (samanddean1967):
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OpenStudy (jekdidkdjrjrjjr):
okay so its d?
OpenStudy (samanddean1967):
this is really hard to explain
OpenStudy (jekdidkdjrjrjjr):
fr I’m closing this
OpenStudy (kittiwitti1):
|dw:1462828454456:dw|
OpenStudy (kittiwitti1):
If you keep going all \(\frac{\pi}{2}\) values will get you an "undefined" which means the asymptote is at all multiples of \(\frac{\pi}{2}\), or \(\frac{\pi}{2}+\pi n\)
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OpenStudy (kittiwitti1):
well all y-axis multiples of \(\frac{\pi}{2}\)
OpenStudy (samanddean1967):
kittiwitti1 you seem good at explaining can I ask you to help me solve and explain stuff for my final?
OpenStudy (kittiwitti1):
Sure @SamandDean1967
OpenStudy (kittiwitti1):
I'm actually studying these things for my final too lol