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OpenStudy (lukecrayonz):

Going to need someone to teach me evaluating limits, I'm sure its easy but the way the questions are looking..

OpenStudy (lukecrayonz):

http://screensnapr.com/v/3QwtcJ.png

OpenStudy (lukecrayonz):

@satellite73 <3? You're good at teaching me things

OpenStudy (anonymous):

post a question, i will look

OpenStudy (lukecrayonz):

The picture :P

OpenStudy (anonymous):

oh i see it first one is just what you think it is

OpenStudy (anonymous):

since \[\lim_{x\to c}f(x)=3\] we know \[\lim_{x\to c}4f(x)=4\times 3=12\] i bet you could have guessed that right?

OpenStudy (lukecrayonz):

That's it? Really?

OpenStudy (lukecrayonz):

but the x-->c? What's that about?

OpenStudy (anonymous):

really! and i bet you can do the second one in your head

OpenStudy (anonymous):

that means the value that the function \(f\) gets close to when \(x\) gets close to \(c\)

OpenStudy (anonymous):

but the way limits work is just how you think they should you can multiply, add, subtract, divide, square etc etc

OpenStudy (anonymous):

let me know what you think the answer to the next two are hint: don't think too hard

OpenStudy (lukecrayonz):

Okay, so this..

OpenStudy (anonymous):

hey why are these in history???? post i math i bet it was a mistake

OpenStudy (lukecrayonz):

|dw:1337307095105:dw|

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