**eBOOK CONTENTS**

*Annotated list of eBook contents*

**COMPUTATIONAL MODELLING** – *Computation in society, mathematics education & reform*

**NUMBER** –* Numbers are beautiful!*

**Sets & Boolean Algebra**–*Intersections of sets on a grid, Venn diagrams, Boolean algebr*a

**MODELLING GROWTH PATTERNS** – *An example, and an interview with Western University applied mathematician Lindi Wahl*

**Odds & Evens**–*Growth/sum patterns in odd, even and natural numbers***Pay Options**–*Which pay option would you prefer (you might be surprised!)***Modelling Civilization**–*How can patterns in seed growth create a need for civilization? Modelling using Python and Jupyter Notebook*

**MODELLING LINEAR FUNCTIONS **– *Interview with McMaster University mathematician Matheus Grasselli*

**Linear Functions – Scratch**–*Modelling linear functions with Scratch***Linear Functions – Python**–*Modelling linear functions with Python***Linear Functions****– Jupyter Python**–*Modelling linear functions with Jupyter Python*

**MODELLING QUADRATICS** – *Interview with Queen’s University mathematician Peter Taylor*

**Quadratic Functions – Scratch**–*Modelling quadratic functions with Scratch***Quadratic Functions – Python**–*Modelling quadratic functions with Python***Quadratic Functions – Jupyter Python**–*Modelling quadratic functions with Jupyter Python*

**MOTION WITH MATH + CODE** – *Math moves – it really does!*

**Motion Art**–*Painting a pattern with objects that you move with math + cod*e**Relative Density Art**–*Will it Sink or Will it Float song; painting a pattern using relative density + math + code*

**ABOUT THIS eBOOK** – *Funding, support, and terms of use*