"If others would but reflect on mathematical truths as deeply and as continuously as I have, they would make my discoveries." - Carl Friedrich Gauss
July 24, 2016
Exponential growth is a topic in the high school math curriculum where I’ve found rich opportunity to intertwine ideas from “pure” and “applied” math in ways which don’t feel contrived and which deepen student understanding of the power of abstraction. It is one of the high-school level “pure math” ideas that most students have Read more…
Exponential growth is a topic in the high school math curriculum where I’ve found rich opportunity to intertwine ideas from “pure” and “applied” math in ways which don’t feel contrived and which truly deepen student understanding of the power of abstraction. It is one of the high-school level “pure math” ideas that most students Read more…
Exponential growth is a topic in the high school math curriculum where there is rich opportunity to intertwine ideas from “pure” and “applied” math in ways which don’t feel contrived and which truly deepen student understanding of the power of abstraction. It is one of the high-school level “pure math” ideas that most students Read more…
Exponential growth is a topic in the high school math curriculum where there is rich opportunity to intertwine ideas from “pure” and “applied” math in ways which don’t feel contrived and which truly deepen student understanding of the power of abstraction. It is one of the high-school level “pure math” ideas that most students Read more…
Exponential growth is a topic in the high school math curriculum where there is rich opportunity to intertwine ideas from “pure” and “applied” math in ways which don’t feel contrived and which truly deepen student understanding of the power of abstraction. It is one of the high-school level “pure math” ideas that most students Read more…
Exponential growth is a topic in the high school math curriculum where there is rich opportunity to intertwine ideas from “pure” and “applied” math in ways which don’t feel contrived and which truly deepen student understanding of the power of abstraction. It is one of the high-school level “pure math” ideas that most students Read more…
Exponential growth is one of those places in the high school math curriculum where there is rich opportunity to intertwine ideas from “pure” and “applied” math in ways which don’t feel contrived and which truly deepen student understanding of the power of abstraction. It is one of the high-school level “pure math” ideas that Read more…