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Classroom Activities

  • Determining Charge with an Electroscope Determine the polarity of materials charged with static electricity by using an electroscope. View »
  • Electricity and Magnetism Electricity and magnetism are mentioned together so often they must be related. How are they connected? How can their relationship be used to make beneficial technology? Here’s a quick lab activity that can help your students find the answers to these questions. View »
  • Modeling the Coriolis Effect The Coriolis effect can be a tough concept to explain, but it's fairly easy to model. Try this simple and inexpensive balloon activity. View »
  • Simplifying Circuits In this activity, students build and test various circuits while investigating how electric circuits work. View »
  • Teaching with Ecosystem Aquariums By creating and maintaining an aquarium ecosystem in the classroom, students can understand the web of relationships that link organisms to one another, and they can develop a growing sensitivity to living things and what they need to survive. View »
  • Food Calorimetry: How to Measure Calories in Food Help your students learn how to determine the calories in food with this hands-on lab activity. Using common, inexpensive materials, students construct a calorimeter and test several food samples to determine their energy content. Addresses selected National Science Education Standards for grades 9–12. View »
  • Solar Cell Misconceptions All of your students have seen photovoltaic solar cells used in a variety of ways; however, students may have misconceptions in understanding what influences solar cell output. This activity sets the record straight and explores how ambient temperature and the angle of illumination can affect solar cell output in volts. View »
  • Invasion! Invasion! Engage life science students by investigating a fascinating topic: invasive species. Here’s a lesson plan outline to help you get started. Based on the KWL chart, it guides you through 4 days of invasive species activities that introduce the topic, guide research, and culminate in a research project. View »
  • The Triboelectric Series: An Introduction for Static Electricity Labs A reference for static electricity labs View »
  • Sticky-Tape Electroscope Most everyone has seen static electricity in action. Your unit on electricity probably includes 1 or 2 demos of it. Do more with your next lesson on static electricity by making it a lesson on the scientific method, using this easy, inexpensive activity. View »
  • What Makes You Shine? Your students will love making light-up name badges and sharing something special about themselves with this activity. Perfect as both an icebreaker and introduction to simple circuits, it’s one for the win. View »
  • A Powerful Approach to Flipped Learning What do you get when you merge the effectiveness of flipped learning with the meaningful experiences and critical thinking supported by inquiry? Engaged students, and lessons that get results. See how science teacher Brian Bennett combines the flipped learning and inquiry methods for impactful learning. View »
  • Biology in the Movies See how you can use movies to facilitate engaging learning experiences for your students. Each suggestion includes a brief synopsis and talking points. Here’s to making your biology lessons even better than before. View »
  • In a Fog? Cloud Formation Use this activity to explore the reasons for cloud formation. View »
  • Carolina Quick Tips®: Hunting for Prey In this activity, students investigate energy transfer among organisms by assembling a food chain energy pyramid and dissecting an owl pellet. Adapted from the Building Blocks of Science® unit Matter and Energy in Ecosystems. View »
  • Maggot Michelangelos: Using Artwork to Gain Behavioral Insight In this activity, students use house fly larvae to answer morphological and behavioral questions—all while creating unique artwork! Students create and test hypotheses, and learn about the complete metamorphosis life cycle. View »
  • Owl Pellet Food Webs: A Model of Energy and Mass Transfer Explore the phenomenon of owl pellets and construct a model food web for barn owls with this activity. Guiding question: How do energy and mass flow through a food web? View »
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