Posts Tagged ‘De Anza College’

An arithmetical awakening

Spines of 1960’s New Math paperbacks. Image courtesy of Wikipedia.

From my old black filing cabinet, a letter to my parents:

Cupertino CA, 18 August, 1967
I have enrolled for an evening class. There is a very new (actually still under construction) junior college about 5 min. drive away, so have decided to prove or disprove a long-held theory of mine that I could have done maths if I had been given the chance.

In my New Zealand high school in the 1950s, academic-streamed students were divided into two programs: languages/arts or science/maths. Since I was a girl, with strong writing skills, the choice was obvious to the decision-makers. I was given a year of basic arithmetic with some beginning algebra thrown in, and that was it. I’d struggled with long division in elementary school, and learned math tables by rote, as everyone did. In college I infuriated my math student friends by continually asking “Why?” when they tried to explain math concepts. “That’s just the rules,” I was told.

De Anza Building

A typical building at De Anza College. Image from the college website.

The class I took at the brand-new De Anza College in Cupertino was titled “Structure of Arithmetic”. It had a subtitle: “For Parents Who are Confused about the New Math.” New Math was a short-lived school curriculum in the 1960s that emphasized understanding the rule-systems that underlie numbers, writes Fred Martin,  computer science professor at University of Massachusetts Lowell, blogging on the Computer Science Teachers Association site. He remembers it from personal experience and loved it. I learned that the decimal system is arbitrary and numbers could be expressed in any base. That was fascinating. Of course, I was the kid who learned his times tables for fun.

A Wikipedia overview notes:

Parents and teachers who opposed the New Math in the U.S. complained that the new curriculum was too far outside of students’ ordinary experience and was not worth taking time away from more traditional topics, such as arithmetic. The material also put new demands on teachers, many of whom were required to teach material they did not fully understand. Parents were concerned that they did not understand what their children were learning and could not help them with their studies. In an effort to learn the material, many parents attended their children’s classes. In the end, it was concluded that the experiment was not working, and New Math fell out of favor before the end of the decade, though it continued to be taught for years thereafter in some school districts. New Math found some later success in the form of enrichment programs for gifted students from the 1980s onward.

In a New York Times essay on the politics of math education, Carnegie Mellon historian Christopher J. Phillips writes:

Debates about learning mathematics are debates about how educated citizens should think generally. Whether it is taught as a collection of facts, as a set of problem-solving heuristics or as a model of logical deduction, learning math counts as learning to reason.

I was excited about the prospect of learning how the rules of arithmetic worked. Another motivation for taking the course was that I had a four-year-old son who was already showing signs of mathematical genius, and I knew I would soon be called upon to help him with homework. In a 2 Nov. 1967 letter I wrote:

The math course has already been useful in giving me a clearer idea of basic math concepts to help David. That child is incredible. For instance, we had a very interesting discussion at breakfast this morning on relative proportion, and I scarcely had to show him how to divide numbers into unequal proportions, e.g., 2 to 1, then subtract from each in such a way that the proportion remained the same.

I did well in the class. Receiving an A in Structure of Arithmetic was a huge boost to my self-esteem. More confident of my analytical skills,  I  went on to a satisfying career as a writer, editor and business systems analyst. The four-year-old grew up to be a computer science professor. I recently offered to copy edit the manuscript of his book on computational geometry. Though I didn’t have the skill to check his math, I was pleased that I could follow the logic of his argument. I even found a few typos.

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