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Mathematics 23 Online
OpenStudy (anonymous):

Find the indicated limit if it exists.

OpenStudy (anonymous):

is the limit 5?

OpenStudy (hitaro9):

Looks like it.

OpenStudy (anonymous):

can you help me with one more?

OpenStudy (hitaro9):

I can try ^.^

OpenStudy (anonymous):

OpenStudy (hitaro9):

Looks like 2.

OpenStudy (anonymous):

k thats what i thought. Thanks.

OpenStudy (hitaro9):

Cause its continuous on either side

OpenStudy (hitaro9):

And as far as I'm aware, a function doesn't have to be differentiable to have a limit.

OpenStudy (hitaro9):

So yeah, pretty sure it's 5 and 2.

OpenStudy (anonymous):

wait so would this one be 7?

OpenStudy (hitaro9):

No, I meant like, the first one was 5 and the second one was 2.

OpenStudy (anonymous):

i meant this one:D

OpenStudy (hitaro9):

Oh didn't see that one. Sec.

OpenStudy (hitaro9):

I don't think that one exists.

OpenStudy (hitaro9):

Hmm

OpenStudy (hitaro9):

Definitely either 8 or not exists, let me look up some limit rules.

OpenStudy (hitaro9):

Really not sure. Sorry. Try creating a new question, maybe someone who's dealt with limts more would know.

OpenStudy (hitaro9):

My guess is that is doesn't exist.

OpenStudy (hitaro9):

But not certain.

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