Limits question :-
\[\lim_{x \rightarrow 0} \frac{(x+1)^5-1}{x}\]
Saweet. What do you get when you plug in 0 for x?
lol :P I know that much at least :P It's 0/0 form so we need to solve it further.. i'm just not getting how to solve it though :P
Right. We will have to use L'Hopital's Rule. We can find a limit of an indeterminate form, like 0/0.
Wait, Isn't L'Holpital's rule applicable in case of integrals?
What you wanna do is find the derivative of the numerator and the denominator separately. Then, find the limit as x approaches 0 again.
Hmm, not to my knowledge.
Oh :P *lack of knowledge*
By the way, @iPwnBunnies- Thanks for the help buddy, Just got the answer .. I was pretty close anyways :P
Did you do what I told you to, or nah?
Nah :P Did it the simpler way by expanding it..
What'd you get? I did it in my head.
5
Expanding? o.o That's not easier than taking derivatives of the top and bottom.
But good.
and yeah, actually .. derivative is easier, could do it in my head :P 5, it is
It shall be.
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