IntroductionGeneral Submissions (Not part of a special issue)
Articles not for special issue
Math Escape Rooms: A Novel Approach for Engaging Learners in Math Circles
Janice F. Rech, Paula Jakopovic, Hannah Seidl, Greg Lawson, and Rachel Pugh
Engaging middle and high school students in Math Circles requires time, planning and creativity. Finding novel approaches to maintain the interest of a variety of learners can be challenging. This paper outlines a model for developing and implementing math escape rooms as a unique structure for facilitating collaborative problem solving in a Math Circle. These escape rooms were designed and hosted by undergraduate secondary mathematics education majors. We provide possible structures for hosting escape rooms that could translate to a range of settings, as well as reflections and lessons learned through our experiences that could inform practitioners in other settings.
Dots Explode in Hawaiʻi
Veny Liu and Laurie James
Teachers are wonderful advocates of mathematics for future generations, and they are continually looking for ways to get students more engaged in mathematics. Through visuals and hands-on activities, the Exploding Dots concept can help teachers and students understand many elementary arithmetic and algebra topics. The implemented tasks promote problem-solving by allowing multiple entry points and varied solution strategies. This paper explored this idea beyond drawing clusters of dots by Locking Legos activity. With a thorough understanding of math content, participants in multiple Math Teachers’ Circle of Hawai‘i (MaTCH) meetings expressed confidence in creating and developing meaningful and relevant differentiated learning opportunities, which include teacher candidates through classroom activities and demonstrations. This paper presents these participants' experiences of a simple concept that grew into a mathematical story.
Mathematical Zendo: A game of patterns and logic
Philip DeOrsey, Corey Pooler, and Michael Ferrara
Mathematical Zendo is a logic game that actively engages participants in pattern recognition, problem solving, and critical thinking while providing a fun opportunity to explore all manner of mathematical objects. Based upon the popular game of Zendo, created by Looney Labs, Mathematical Zendo centers on a secret rule, chosen by the leader, that must be guessed by teams of players. In each round of the game, teams provide examples of the mathematical object of interest (e.g. functions, numbers, sets) and receive information about whether their guesses do or do not satisfy the secret rule. In this paper, we introduce Mathematical Zendo, provide examples of games and rules that have proven to be engaging over testing with hundreds of students and teachers, and discuss best practices for implementation.
A Gentle Introduction to Inequalities: A Casebook from the Fullerton Mathematical Circle
Adam Glesser, Matt Rathbun, and Bogdan Suceavă
Run for nearly a decade, the Fullerton Mathematical Circle at California State University, Fullerton prepares middle and high school students for mathematical research by exposing them to difficult problems whose solutions require only age-appropriate techniques and background. This work highlights one of the avenues of study, namely inequalities. We cover Engel's lemma, the Cauchy--Schwartz inequality, and the AM-GM inequality, as well as providing a wealth of problems where these results can be applied. Full solutions or hints, several written by Math Circle students, are given for all of the problems, as well as some commentary on how or when to assist students, and details about the pedagogical value of certain problems.