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Energy Flow, Photosynthesis & Cellular Respiration WebQuest Bundle
Bring rigorous, standards-aligned reading into your science classroom with this three-part webquest bundle! Students work through engaging informational articles on Energy Flow, Photosynthesis, and Cellular Respiration, applying critical-thinking skills while mastering key concepts about how energy moves through ecosystems. Perfect for AP/Pre-AP Biology, Advanced Biology, and Physical Science, these activities challenge students to analyze text, identify main ideas, and answer higher-order q
7th - 12th
Biology, Other (Science)
AP Environmental Unit 4 Video Review Worksheet: Earth Systems & Resources
Unit 4 of AP Environmental Science focuses on Earth systems and resources, including topics such as the atmosphere, hydrosphere, geosphere, soil, minerals, and renewable and nonrenewable resources. Understanding these systems and their interactions is crucial for explaining environmental processes and human impacts. Watching the curated videos and answering the questions in this worksheet will help you review key concepts, reinforce understanding, and prepare for the AP Environmental Science exa
Not Specific
Biology, Environment, General Science
Also included in: AP Environmental Science Units 1-9 Video Review Worksheets
CSI Evidence, DNA & Biotech: Watch It, Play It, Draw It
In this activity, you’ll step into the role of a forensic scientist. You’ll learn how biotechnology tools like PCR, gel electrophoresis, and DNA fingerprinting are used to analyze DNA and solve crimes. You’ll watch a short video, play an interactive online game called Mystery of the Ruby Royale (PCR simulation), and apply what you learn through questions and diagrams—just like a real crime lab investigator! Answer key include.
Not Specific
Anatomy, Biology, Forensics
Mastering Reaction Rates, Equilibrium & Energy Flow Webquest
Welcome, chemists of tomorrow! In this web-quest, you’ll dive into three key topics in high school chemistry: reaction rates, chemical equilibrium, and the difference between endothermic and exothermic reactions. You’ll start by watching a crash-course style video on energy in reactions, then explore an informational website to deepen your understanding, followed by a simulation to experiment with reaction behavior, and finally wrap up with a review game to test your knowledge. Your mission:
Not Specific
Chemistry, Physical Science, Physics
Light, Leaves & Life: A Photosynthesis Power Quest
Welcome, AP Biology scholars! In this WebQuest, you’ll dive into the amazing world of Photosynthesis — the process by which plants (and some other organisms) capture energy from sunlight and convert it into chemical energy. You will watch a clear explanatory video, read an in-depth article, run an interactive simulation, and then test your knowledge with a fun review game. Through each activity, you’ll answer questions that help you deepen your understanding of how light reactions and the Calvin
Not Specific
Biology, Earth Sciences, General Science
Cellular Energetics Webquest
In this webquest, students explore cellular energetics, enzymes, and cellular respiration. The webquest is designed for AP Biology high school courses or General Biology college courses.
11th - 12th, Higher Education
Biology, General Science
Also included in: General Biology Webquest Bundle
Symbiosis QR Code Scavenger Hunt
Looking for an easy, low-prep way to get your students up and moving while reviewing symbiosis and species interactions? This QR Code Scavenger Hunt includes 13 ready-to-print QR codes that link to scenarios covering mutualism, commensalism, parasitism, competition (intra/inter), and predation (including herbivory). Just print, tape them on the walls, and let your students work in pairs with one phone per group. They scan, read, and record their answers with a quick explanation. It’s flexible
9th - 12th
Biology, Environment, General Science
Cell Membrane Mayhem: A WebQuest into Membrane Permeability
Welcome, AP Biology explorers! In this WebQuest, you’ll dive into the heart of College Board Unit 2 — Membrane Permeability. Through a dynamic mix of video, reading, simulation, and a review game, you will gain a firm grasp on how and why cell membranes are selectively permeable, how molecules get across, and how these concepts connect to homeostasis, gradients, and transport mechanisms. Take your time, think deeply, and answer the questions fully. Let’s get started! Answer key included.
Not Specific
Anatomy, Biology, Chemistry
Exploring the Endosymbiotic Theory Webquest
Cells are the building blocks of life — yet the story of how complex eukaryotic cells arose from simpler prokaryotes is one of the most fascinating in biology. According to the Endosymbiotic Theory, certain key organelles (specifically mitochondria and chloroplasts) were once free‐living prokaryotes that were engulfed by ancestral host cells and eventually became permanent residents, helping their host become more complex. In this webquest you will: watch a video to understand the basic concep
Not Specific
Anatomy, Biology, General Science
PhET Membrane Transport Simulation Webquest with Video Intro
Cells are constantly exchanging materials—nutrients, waste, signals—with their environment. The cell membrane is a dynamic barrier that controls this exchange. In this webquest, you will explore how substances cross the membrane by different methods: passive (diffusion, facilitated diffusion, osmosis) and active (pumps, vesicle transport). You will watch an Amoeba Sisters video to build your foundation, read a short informational article, and then interact with the PhET Membrane Channels simu
Not Specific
Anatomy, Biology, Chemistry
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