What are the liberal arts?

posted in: classical, podcast | 7

I am almost done reading The Liberal Arts Tradition, but I know I have at least two more posts in me for this one. I feel like I understand the liberal arts aspect of classical education so much better now, and that foundational understanding makes it easier to make choices come spring curriculum-planning time. I so much appreciate how the authors draw out classical education as a stream with each section. They cover each liberal art (and everything else they cover) starting with what it meant in the classical setting, how it was studied in the medieval period, and what the corresponding studies would mean in a contemporary setting.

What are the Liberal Arts?

[The liberal arts] are the tools of learning.

These are not subjects, not really. These are modes, ways of thinking, practices that teach us how to think and how to learn. They are not seven topics to study, but seven paths that prepare us for thinking, for philosophy, for virtue, for life. They are the prerequisite skills for an understanding of the world.

The seven liberal arts are

  • Grammar
  • Logic
  • Rhetoric
  • Arithmetic
  • Geometry
  • Astronomy
  • Music

Now, let’s deal with each one in turn.

The seven liberal arts are not seven subjects to include, but seven ways of thinking that train us for thinking, for conversing, for living – they are the ways we learn how to learn.

Grammar: Knowing language.

Dionysius Thrax, around 100 BC, [defined “grammar”] as knowledge of what is normally said by poets and prose writers. By the time of Quintilian the study of grammar consisted of everything that was necessary for interpreting a text – geography, history, even what we might call hermeneutics.

Grammar teaches the skill of “grasping concepts”; it includes not only formal language grammar (English and Latin), but also the material that informs our understanding, our grasping, of language: literature and history. Grammar was taught so Latin could be read, and Latin was read so that literature and history could be read.

Consider, for example, what a reader should know in order properly to interpret the Aeneid, and one will intuitively grasp the nature of grammar in its classical sense.

So Grammar encompasses the subjects of language-learning (including grammar), literature, history, geography, and reading skills.

Logic: Using language.

Dialectic, however, is more than mere logic; for, as its etymology suggests, the study of dialectic involved dialogue.

Logic, or Dialectic, teaches the skill of reasoning, questioning, and thinking. It includes research and of dialog as dialectic modes. Logic is taught so reasonable, stimulating, edifying conversation may be had.

Reading Plato’s dialogues, we find that the key to success in reasoning is the ability to ask the right questions.

Rhetoric: Being persuasive with language.

Cicero is famous both for his inimitable style as well as for providing the classic statement of the purpose of rhetoric: movere, docere, delectare – “to move, to instruct, to delight.”

Whereas logic is more about expressing oneself correctly, rhetoric is about expressing oneself winsomely and beautifully. The persuasive essay more than the book report is part of rhetoric. Rhetoric could include the subjects of debate or media studies as well as composition.

Students studied rhetoric to learn how to be persuasive in their use of language by appealing to the reason, will, and affections of their audience.

Arithmetic: Using discrete numbers. Math ability.

Thus a rigorous foundation including extensive practice and drilling would have provided a foundation for the skill of arithmetic. […] On the other hand, rote memory and reproduction would not have qualified as an art, liberal or otherwise. For Nicomachus, deeply understanding the necessary connections and relationships among the numbers would have been an essential element of the liberal art of arithmetic.

The first of the four number-centric quadrivium studies, arithmetic comprises what we would know as elementary mathematics: knowing the addition, subtraction, multiplication, and division facts, as well as how to figure all the long forms. However, classically this was studied more than as rote facts, but as concepts to be able to imagine, understand, see. It’s not enough to get the right answer; we must also seek an understanding of the relationships between numbers that these operations can teach us if we spend more than a required 10 minutes doing drills.

That is, arithmetic studies should include playing with numbers.

Students who encounter mathematics in wonder are far more likely to commit to the rigors of its work.

Geometry: Using spatial numbers. Math in space.

If we consider not just the content of geometry but its form throughout the ancient, medieval, and early modern milieus, it was almost universally identified with Euclid’s Elements.

The Quadrivium section of the book evidences that the authors are math and science teachers, which is actually quite refreshing in the genre of classical education books. I understand the Quadrivium so much better now – what it means and why it’s important – and partly that is simply because the authors’ affection for the topic is evident.

Euclid is the epitome of deductive proof. While the Trivium has the syllogism of dialectic, in the Quadrivium Euclid’s Elements provides the paradigm of certain and airtight reasoning.

Geometry studies is the study of geometry, but deductive reasoning is part and parcel of that study.

Thus a traditional approach to geometry is an excellent help for Christian classical educators seeking to teach students how to think and not just what to think.

Astronomy: Using arrays of number. Math in time and space.

Astronomy was the best example of a mathematical system devised to contain a vast amount of observational data.

Historically and definitely classically, it has been astronomy that has been the area of study requiring the scientific method and abstract mathematics. It is about creating mathematical theories and systems that fit the observed data best.

So, today, subjects included under the heading of Astronomy would include physics and mechanics.

Music: Using number harmonies and proportions. Math in time.

Moreover the search for metaphysical harmony has continued to drive researchers in the twenties and twenty-first centuries.

Music as a liberal art is not primarily about playing an instrument, but about seeking and seeing harmonies of all sorts.

As Leibniz, the cofounder of calculus said, “music is the joy that a soul takes in counting without realizing it.”

So subjects included under Music would include not only music theory, but also calculus, theoretic economics, and cosmology: What if these subjects were considered under the domain of seeking harmony?

All of reality is laden with mathematically proportional relationships.

Next week, what a liberal arts homeschool might look like.

If you are at all interested in a historically-sound classical education, The Liberal Arts Tradition is a must read. Whereas Consider This deftly explains the philosophy of classical education, The Liberal Arts Tradition provides a rich yet readable explanation of what the liberal arts truly have been and should still be.

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7 Responses

  1. dawn

    Beautifully composed. I love your comparison summary of TLAT and CT. Thanks :)

  2. Lena

    I love their detail with the quadrivium too! I have been thinking about their comment in astronomy about large quantities of observational data. Would statistics, as a study of patterns in lage amounts of data fall there in modern studies? I have been thinking about statistics for a while, because I studied the social sciences and took stats three times in college. (Once each in math, poly sci, and Econ.). Also, I have not used calculus since high school, but the use and misuse of stats shows up all over. I am convinced enough of their benefit that I will add then to my high school curriculum (bolstered by the fact that I feel roughly confident to learn with them in that area.). Does anyone else see a case for statistics under the heading of astronomy? It does have the nice time space bit though. Of course even in the Middle Ages it didn’t exist as a discipline. Thoughts?

    • Mystie Winckler

      I definitely think it does fit as a valid area of study, though I’m not sure what heading they’d put it under. They put Calculus and Economic Theory under Music.

  3. Julia

    I think I am the only person on the planet who did not like this book. I continually hear glowing reports about it so obviously the problem is me. I disliked it so much that I couldn’t even finish it. But your posts on it have made me think that maybe I need to give it another chance.

  4. Mystie

    Julia, what didn’t you like about it? The tone, style, or content – or all three?

    I really like how they always draw the line from ancient, through medieval, until now, and they do it without being now-bashing or neoclassical-bashing. They differ from neoclassical, but they respect that that is how the classical school movement really took off. They’re trying to build further, not tear down and restart. I appreciate the respectful tact they take.

    • Julia

      I have been trying to figure out why I didn’t like Liberal Arts but absolutely loved Consider This and Living Page and I think it’s because of the tone. Liberal Arts has a clinical tone to it but Consider This is more conversational overall. I just couldn’t warm up to it and I think it’s because of the tone. This is how I feel about Norms and Nobility. I read it and I liked it but I didn’t gush about it like others because it was too clinical for me. But as I said I am open to trying Liberal Arts again because obviously I am missing something.

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