This lesson plan aims to explore the fascinating ability of lizards to adhere to smooth surfaces, particularly glass. Over three 60-minute sessions, students will learn about the biological and physical mechanisms behind this phenomenon, understand the detailed anatomy involved, and explore the technological implications of this capability.
I'm Cole! Nice to meet you! I am an instructor with STEMForged and I love working and building in Blocksmith. Check out some of my models and experiences!
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Lesson 1: Lesson 1: Introduction to Lizard Adhesion Mechanisms
Overview
This lesson will delve into the fascinating world of lizards, specifically examining how tree creatures manage to adhere to various surfaces effortlessly. We will explore the anatomy of a lizard's feet and uncover the scientific principles that make their adhesion possible. This will include a focus on the concepts of adhesion and van der Waals forces.
Lesson 2: Lesson 2: The Science of Gecko Toes
Overview
In this lesson, students will explore the fascinating structure of gecko feet, focusing on how the unique structures called setae, and the physical forces known as van der Waals forces, enable these reptiles to adhere to smooth surfaces like glass. By examining biological structures and principles, students will gain a deeper understanding of both biological and physics concepts.
Lesson 3: Lesson 3: Biomimicry and Technological Applications
Overview
In this lesson, students will explore how the natural adhesion mechanisms observed in lizards have inspired technological innovations through biomimicry. They will learn about real-world applications of these principles and engage in activities that encourage critical thinking and creativity.
