Questions tagged [series]
The series tag has no usage guidance.
5
votes
8answers
307 views
Comparison Tests in Calculus
How should I teach Comparison Tests in Calculus II, and why?
Note that I will cover comparison tests in some way, and students will be expected to justify their answers to questions about series ...
6
votes
7answers
66k views
Examples of arithmetic and geometric sequences and series in daily life
In this part of the course I am just trying to show that we actually see alot of sequences and series everyday in our daily life.
I already found some examples such as the housenumbers when you drive ...
8
votes
5answers
719 views
Geometric Series Formula and Calculus
Is there any good reason that in educational materials, I consistently see the formula for calculating geometric series in canonical form as:
$$\sum_{k=0}^{n-1} ar^k = a \frac{1-r^n}{1-r}$$
While an ...
11
votes
6answers
845 views
How can I convince students that Fourier series are useful?
Main question: Calculating the coefficients of a Fourier series can be difficult and time-consuming. How might a student be motivated/convinced to go through these (potentially tedious) details? Are ...
13
votes
8answers
3k views
What are some fun/nonstandard examples of arithmetic/geometric series?
I am teaching those topics (arithmetic/geometric series) just now, and want some
not so standard (fun) examples, which can be used essentially at high school/beginning calculus level. I'm ...
27
votes
11answers
3k views
For calculus students, what should be the intuition or motivation behind series?
I've noticed that series are one of the most difficult portions of calculus for new students to learn.
I think the level of abstraction has to do with this. Limits, derivatives, and integrals, as ...
29
votes
11answers
6k views
How can I teach my students the difference between a sequence and a series?
Sequences and series are related concepts but differ extremely from one another. I feel that students in integral calculus frequently mix them up. Part of the problem is that:
Sequences are usually ...
