Exploration Science

Will you sink or float? This STEM cardboard boat project is intended for schools with access to a pool or lake. In the project students learn about buoyancy and apply the principles to develop a cardboard boat capable of carrying 2 people. The students work through the design cycle as they build prototypes, do research, and modify their boats. The project lasts around 7 class periods, culminating in a competition on the last day. Files include PowerPoints and handouts. The project was designed f

Learn about buoyancy with this engaging and hands-on lesson! Students will explore why objects sink or float, understand Archimedes' Principle, and apply their knowledge to design and build their own boat in a hands-on lab. Materials Provided: Interactive PowerPoint presentationStudent handout with activities and challengeComprehensive answer keyLearning Objectives By the end of this lesson, students will be able to: Explain the concept of buoyancy and its relationship to densityApply Archimedes

Moment of Inertia and Angular Momentum: Interactive Mini Lab Dive into the fascinating world of rotational motion with this hands-on lesson exploring moment of inertia and angular momentum. Perfect for high school physics students. Overview This engaging lesson combines theory with practical experiments, allowing students to visualize and understand complex physics concepts through fun, DIY spinning toys. Learning Objectives Students will: Understand the concepts of moment of inertia and angular

An exciting STEM project tailored for high school students, learn about elastic potential energy through the creation of bows and arrows. Design and build your bows, exploring the concept of bow potential energy and understanding elastic energy examples. In the lab you measure and calculate the spring potential energy stored in your bows, allowing you to predict the theoretical range of your arrows. Take your bows outdoors for a thrilling test, comparing your actual results with the theoretical

Teach capacitors and their behavior in electrical circuits through this engaging simulation guide. With a focus on understanding capacitance in both parallel and series circuits, as well as delving into the time-dependent nature of capacitors, this curriculum empowers students to grasp essential concepts in electrical engineering. The curriculum includes an interactive simulation to provide hands-on experiences, making learning captivating and effective. Learning Objectives:Understand how to cal

Learn about renewable energy with our Wind Turbine lesson, designed for high school students. This STEM-focused project allows students to grasp the fundamentals of wind turbine functionality and efficiency. Through hands-on experience, they will construct small-scale wind turbines, gaining valuable insights into the science behind wind energy. Key Features:Understanding Wind Turbine Functionality: Explore the fundamental question: how does a wind turbine work? Delve into the science that powers

Transforming AC to DC: Rectifier DocumentOverview:Rectifiers play a crucial role in converting alternating current (AC) into direct current (DC), and this resource is designed to demystify their operation. This lesson covers half-wave and full-wave rectifiers, empowering you to navigate this essential electrical concept. The rectifier document shows how a bridge rectifier acts as an AC to DC converter. Key Features:1. Rectification Fundamentals: Explore the basics of rectification, where altern