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Mathematics 18 Online
OpenStudy (anonymous):

Use an appropriate Riemann sum to evaluate the limit (see attached).

OpenStudy (anonymous):

OpenStudy (anonymous):

Well your limit has x->infty but only mentions the variable n...

OpenStudy (anonymous):

oh that was a typo on my part

OpenStudy (anonymous):

n-->infinity . and it's what the problem requires...

OpenStudy (anonymous):

Here is a similar problem if it helps: steps are shown

OpenStudy (anonymous):

Because any exponent in the denominator that is greater than the highest degree exponent in the numerator is zero

OpenStudy (anonymous):

Yes, it's pretty retarded

OpenStudy (anonymous):

I wrote that wrong but you know what I mean

OpenStudy (anonymous):

I guess they're trying to drive the point home that a reimann sum with infinite rectangles is an integral...

OpenStudy (anonymous):

Nvm what I said earlier. The sums are infinite, so they don't easily cancel out.

OpenStudy (anonymous):

I think I'll just be like "Textbook is stupid. Answer is zero"... too much work

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