Flatland: A Project of Many Dimensions

Last fall my advanced (freshmen) geometry classes completed a semester project on Flatland, a book by Edwin A. Abbott. In case you haven’t heard of this obscure yet significant work, let me start this post by providing a brief overview of the book and then I’ll describe the structure of the project.

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The Book (From Amazon.com):

Flatland is one of the very few novels about math and philosophy that can appeal to almost any layperson. Published in 1880, this short fantasy takes us to a completely flat world of two physical dimensions where all the inhabitants are geometric shapes, and who think the planar world of length and width that they know is all there is. But one inhabitant discovers the existence of a third physical dimension, enabling him to finally grasp the concept of a fourth dimension. Watching our Flatland narrator, we begin to get an idea of the limitations of our own assumptions about reality, and we start to learn how to think about the confusing problem of higher dimensions. The book is also quite a funny satire on society and class distinctions of Victorian England.

The Project:

The essence of this project was to have students interact with the subject matter of this book through weekly reading comprehension quizzes, two in depth class discussions, and a culminating extension project done in response their understanding of the book.

Reading Schedule (links are to the reading comprehension quizzes):

Class Discussion:

There were two major class discussions: one over the first half of the book that extended to a discussion of Flatland and society, and one over the second half of the book that extended to Flatland and theology. One week prior to our class discussion the students were given the following prompts and extra reading resources.

Discussion 1: Flatland and Society: In addition to being an interesting piece of Geometric fiction, the first half of Flatland serves as a satirical social commentary on Victorian England. Do a little research on what society was like at during that period. Be prepared to discuss this social culture and link it by analogy to the society of Flatland.

In your preparation I would like for you to wrestle with the following quote about mathematical advances in Victorian England (taken from Equations from God: Pure Mathematics and Victorian Faith, by Daniel Cohen) where we find “origins of the rebirth of abstract mathematics in the intellectual quest to rise above common existence and touch the mind of the deity” (emphasis added). Relate this comment to the notions presented in Flatland.

Here are some questions that you might think of answering prior to class discussion, and these concepts may help you begin to organize your thoughts. It should be noted that none of these questions have easy answers, but they do have plausible ones. I am not looking for you to give a “right” answer, but to wrestle through the concept and tell me what you think.

  1.  How does the society of Victorian England mirror that of Flatland?
  2. How are women depicted in Flatland? How were they treated in Victorian England? What point is the author trying to make in his depiction of women?
  3. Why might Flatlanders be interested in rising above common existence? Why would this be said of people in Victorian England?
  4. How does A. Square “touch the mind of deity?” How might we “touch the mind of deity” as we study mathematics?

Resources:

Discussion 2: Flatland and Theology: Edwin A. Abbott was not only trained in mathematics but theology as well. The second half of the book can be seen as a theological analogy: the visitor from Spaceland interacts with Flatlanders in a way that might mirror how God, who is not bound by the limits of three dimensions, interacts with our three-dimensional world. Draw out this analogy using specific examples from the book and from the Bible to answer the question: “How do we experience God?” Be sure to cite any references you make to Flatland and use biblical examples of God’s interactions with His creation to support your ideas.

Here are some questions that you might think of answering prior to class discussion, and these concepts may help you begin to organize your thoughts. It should be noted that none of these questions have easy answers, but they do have plausible ones. I am not looking for you to give a “right” answer, but to wrestle through the concept and tell me what you think.

  1. How might our universe appear to a being outside of it? How did Flatland appear to the Sphere?
  2. What does it mean for God to be “over all, through all, and in all” (Ephesians 4:4-6)? How might this be said of the Sphere in relation to Flatland?
  3. How might it be possible for God to be omniscient (know what is happening in all parts of the world at the same time)? How can this be said of the Sphere in relation to Flatland or of the Square in relation to Lineland or Pointland?
  4. What were A. Square’s limitations in fully understanding the Sphere? What are our limitations in fully understanding God?
  5. What would we expect to see if/when God entered the world? How might it be similar or different from when the Sphere entered Flatland?

Resources:

Project Options:

Choose from one of the following options as a project response to your reading of Flatland. The resources cited for each option are available on the course webpage under the “Projects” folder. You are not restricted to these resources, in fact you are encouraged to find additional ones, however the cited resources must be analyzed prior to beginning your project.

The project proposal needs to include your name, class period, and the project option you have selected. You also need to provide a preliminary outline or plan of attack. The big idea here is that you need to demonstrate that you have spent time considering your project and have a clear plan for moving forward.

All papers, while they may deal with a subject that is not explicitly mathematical, need to contain significant geometric content. Show me that you understand the geometry as it is presented in the book and then take that knowledge to analyze the subject matter of your paper. Papers will be graded more on mathematical understanding than on writing ability, though proper grammar and spelling need to be used (see rubric for more details).

Option 1: Book review, extra reading plus a 2 page review. Read one of the following “sequels” to Flatland and write a short review:

  • Sphereland: A Fantasy about Curved Spaces and an Expanding Universe, by Dionys Burger (ISBN: 0064635740)
  • Flatterland: Like Flatland, Only More So, by Ian Stewart (ISBN: 073820675X)

The book review should take 1 page to summarize the book and 1 page to critique it. In the critique you need to address what the author did well/poorly and why. You should also address what impact the book had on your understanding of Flatland. Be sure to comment on significant/interesting mathematical descriptions as they are presented. You will find several sample book reviews linked on the course website to give you a feel for what a book review looks and sounds like.

Resource: How_to_write_a_book_review

Option 2: Creative writing assignment, minimum of 4 pages, on one of the following topics :

  • Rewrite A. Square’s description of the visitor from Spaceland had that visitor been a Cube instead of a Sphere. Then rewrite the experience again if the visitor had been each of the other Platonic Solids (Tetrahedron, Octahedron, Dodecahedron, Icosahedron). This amounts to writing ¾ to 1 page on each solid.

Resource: Descriptions of Platonic Solids

  • Write an additional chapter for the book in which the Sphere is visited by a person/object from the 4th dimension. Write the Sphere’s description of the visitor in a way that mirrors A. Square’s description of his encounter with the Sphere.

Resources: Short story “The 4D Doodler” by Graph Waldeyer & “What is the 4th dimension?” by Eric Saltsman

Option 3: Explore 4 Dimensional Hypercubes: Complete questions 1-4 on the Hypercube Activity posted on the class website (Kuyers Institute Lesson on Hypercubes). This project will culminate with an activity in which you build a 3D model of a 4D hypercube.

Resources: Helpful websites are linked within the Hypercube Worksheet document & “What is the 4th dimension?” by Eric Saltsman

Project Rubric

Additional Resources:

CAMT 2012 Presentation

Please read my previous post on Serving Through Statistics for a summary of the concept behind this class project. Below you will find the presentation that I gave at CAMT 2012 over this project as well as links to resources and project details.

Click the image above for the complete PowerPoint presentation on “Serving Through Statistics.”

Service-Learning Resources:

Mathematics Resources from the National Service-Learning Clearinghouse

An Introduction to Statistics Syllabus with a Service Component

The journal PRIMUS announces an issue dedicated to service-learning resources

General Project-Based Learning Resources from Edutopia

Serving Through Statistics Project Components:

Overview of Serving Through Statistics on the Navasota ISD Teaching and Learning Blog

My initial proposal to students on the idea of a service-learning project (much borrowed from the Intro to Stat syllabus linked above)

Voting form for subject of project and project managers

Proposal developed by project managers

Initial article on the project in the Navasota paper

Survey on Google Forms: English Version   Spanish Version

Results from Google Forms

Presentation Students Gave to Navasota ISD School Board

Presentation Students Gave to Navasota City Council

Publication of results in the Navasota paper

Student Self-Evaluation Form

Project Manager Evaluation Form

Guidelines for Final Write-Up

Serving Through Statistics

Whoever wishes to become great among you shall be your servant, and whoever wishes to be first among you shall be your slave; just as the Son of Man did not come to be served, but to serve, and to give His life a ransom for many.

~ Matthew 20:26-28

I wanted to do things a little differently with my AP Statistics spring project this year. I found in the past that the cumulative project I assigned in the spring (where students designed an experiment, collected data, and used a statistical inference procedure to draw conclusions) just didn’t hold their interest, and therefore the projects didn’t reflect the students’ best work. You have to keep in mind these are high school seniors getting ready to graduate, their GPA is pretty much set in stone regardless of their grade on this project, and they have already taken (and passed, I hope) the AP Stat exam. For some reason they didn’t want to go the extra mile on this stat project simply because it was an interesting application of statistics. Weird right?

Wrong.

Looking back, as a student I would probably approach the project with the same indifferent attitude. The solution? Make the project something truly meaningful that the students have a vested interest in. Of course this is easier said than done. As I racked my brain thinking of ideas I was blessed to receive this notice from PRIMUS (which I posted here on GodandMath):

The journal  PRIMUS announces a special issue on Service-Learning. Kelly Black, Karl-Dieter Crisman, and Dick Jardine will be guest editing the special issue, inspired by a MAA Contributed Paper Session on this topic at the Joint Meetings in 2011.

Service-Learning connects service to the community with academically-based learning. This is a growing concern on college campuses, sometimes even a mandate, but the mathematical sciences are often seen as a more challenging environment to bring service into the classroom.  In particular, there are only a few resources widely available on this topic specifically geared toward collegiate mathematics.  This PRIMUS special issue aims to provide a significant addition to this literature, with a number of tested ideas in a single volume as a pedagogical resource.

I thought a service-learning project would a be a great way for students to apply what they have learned in the classroom to their local community, and all in the context of serving – a Christian maxim that is easy to sell in a public school environment.

After a quick Google search I cam across the National Service-Learning Clearinghouse and their Mathematics resources. This was a valuable resource for me in planning out this project (especially Mark C. Hampton’s Introduction to Statistics syllabus).

I presented the idea to my students and I was amazed to see how excited they became over the project. They quickly determined the focus of their study: evaluating the aid provided to victims of Texas wildfires from last summer. The wildfires had come through our county and affected the lives of many of the students, their family, and their friends. I believe the ownership the students felt in selecting a topic so close to their hearts, as well as the incentive of presenting their results publicly (a commitment was made at the beginning of the project to present the results before the city council and to publish them in the local paper), truly made the project more meaningful. This resulted in motivated and dedicated students, new and interesting learning opportunities, and one amazed teacher.

I knew my students were awesome, but this brought it to a whole new level.

For more details on the organization and implementation of the project I invite you to visit Navasota ISD’s Teaching and Learning Blog for a nice write-up. Below is a video that the district so graciously put together:

I also had the fortune of being a finalist for the HEB Excellence in Education Awards. As part of the awards program, a film crew surprised me in my classroom and did an impromptu interview on this project. Below is their completed video:

If you would like more details, I will be giving a presentation over this project at CAMT (Conference for Advancement in Mathematics Teaching) this summer. Here is a link to the online catalog with the description of “Serving through Statistics.” Below are the mathematical/pedagogical goals of this presentation:

The goal of this presentation is to equip participants with the tools to successfully implement a project that synthesizes the major concepts of AP Statistics: experimental design, data analysis, and statistical inference. Through this project students will integrate their conceptual understanding of statistics with the practical functioning of their local community, ultimately gaining a deeper appreciation for the role statistics plays in the organization and evaluation of service societies.

My hope is to implement more projects like this next year and to begin expanding them to the other subjects I teach.

Geometry, I have you in my sights…with this idea.