Percent Increase and Decrease Quiz
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AP Biology Unit 7 Case Study: The Disappearing Fur Pattern
🧬 AP Biology Unit 7 Case Study: The Disappearing Fur Pattern 📊 Evolution, Natural Selection, Hardy-Weinberg, Chi-Square AnalysisEngage your students with a real-world, data-driven evolution case study that brings natural selection and population genetics to life! In this high-interest activity, students investigate a population of snowshoe hares experiencing environmental change due to decreasing snowfall and climate shifts, leading to increased predation and rapid evolutionary pressure
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
AP® Computer Science A: 8.1 Inheritance (Slides)
Release Notes:Slides are completely re-designedMore concise explanations for key concepts and justification for inheritanceCode snippets now included using J-Doodle links.____________Overview. These slides are teachable, include a short activity at the end and are completely editable to your liking. Complete with animations, explanations, code and algorithms covering inheritance, polymorphism, abstract classes and interfaces. Describe the concept of inheritance and how it can be used to increase
10th - 12th, Higher Education
Computer Science - Technology
CCSS
CCRA.L.3
, CCRA.L.4
, CCRA.L.6
The Arctic Algae Mystery: How Photosynthesis Thrives AP Biology Unit 3
Challenge your students with a real-world biological mystery in The Arctic Algae Mystery, an engaging AP Biology case study that explores how life adapts to extreme environments. In this investigation, students analyze why algae populations are increasing beneath melting Arctic ice—despite near-freezing temperatures that typically slow biological processes. Using authentic-style data and guided inquiry, students must determine how Arctic algae maintain high rates of photosynthesis by examining
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.3
, RST.11-12.4
+6
The Greenhouse Collapse: An AP Biology Case Study on Photosynthesis Unit 3
Description for Teachers Pay Teachers:Bring real-world problem solving into your classroom with The Greenhouse Collapse, an engaging AP Biology case study that challenges students to uncover why plant growth suddenly declines—even when light levels increase. In this investigation, students analyze a commercial greenhouse failure where oxygen levels rise, carbon dioxide drops, and plant health deteriorates. Through guided analysis, they must connect photosynthesis, cellular respiration, enzyme
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
Energy Flow in Ecosystems: Food Webs & Trophic Dynamics AP Biology Presentation
Help your students truly understand how energy shapes ecosystems with this AP Biology–aligned Investigating Energy Transfer in a Food Web Presentation: Energy Dynamics in Ecosystems, designed to turn abstract ecology concepts into clear, data-driven understanding. This engaging, visually structured presentation walks students through how energy enters ecosystems, moves through producers and consumers, and decreases across trophic levels due to the 10% rule. Students explore how food webs fun
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
A Beginner-Friendly Lesson on CNN Architecture, Layers & How They Work
This is a complete lesson on Convolutional Neural Networks (CNNs) — one of the most essential architectures in Deep Learning and Computer Vision. Perfect for Machine Learning, Artificial Intelligence, Data Science, Computer Science, and advanced ICT courses at the high school, college, university, or bootcamp level. The lesson explains what CNNs are, how they work, why they are powerful, and what each component does, supported with clear diagrams, real examples, architecture visuals, filter ex
9th - 12th, Adult Education, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Bubble Sort complete Lesson | Operations, Diagrams & Examples included
This lesson introduces students to how sorting works at the most fundamental level, using Bubble Sort to show how comparisons and swaps gradually bring order to data. Learners clearly see how values move step by step, why multiple passes are required, and how sorting algorithms operate internally—supported by a simple, complete C++ program. ────────── ⋆⋅☆⋅⋆ ────────── 🧠 What Students Will Actually Master ✨✨ ✏️ What sorting is and why it’s important ✏️ Core idea behind Bubble Sort✏️ How
10th - 12th, Higher Education
Computer Science - Technology, Engineering, Instructional Technology
Creating & Interpreting Scientific Graphs (AP Biology Presentation)
Build one of the most essential AP Biology skills with Creating & Interpreting Scientific Graphs, a high-impact presentation that teaches students how to construct, analyze, and explain biological data with confidence. This ready-to-use slide deck guides students step-by-step through the process of graphing and data interpretation using real AP-style examples such as enzyme activity, plant growth, and environmental relationships . Designed for clarity and engagement, this presentation emphasi
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
Also included in: AP Biology Guided Lessons & Presentations Bundle: Full-Year Curriculum
CRISPR & Genetic Editing Problem Solving: AP Biology Presentation
Bring cutting-edge biotechnology into your classroom with CRISPR & Genetic Editing Problem Solving, a high-impact AP Biology presentation that helps students understand how gene editing works—and how scientists apply it to solve real-world problems. This ready-to-use slide deck guides students through the CRISPR-Cas9 mechanism, including guide RNA targeting, DNA cutting, and repair pathways (NHEJ vs. HDR). Through structured visuals and problem-based prompts, students learn to design gene ed
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
Also included in: AP Biology Guided Lessons & Presentations Bundle: Full-Year Curriculum
Analyzing DNA: Gel Electrophoresis & RFLP Explained Presentation
Take your students deeper into molecular biology with this AP Biology–aligned Analyzing Gel Electrophoresis Presentation: Restriction Enzymes & RFLP Analysis, designed to help students interpret DNA evidence like real scientists. This visually structured presentation walks students through the full process of restriction enzyme digestion and gel electrophoresis analysis, emphasizing how DNA fragments are produced, separated, and interpreted. Students learn not just what happens in the lab, bu
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
Epigenetics: Controlling Gene Expression (AP Biology Presentation – Unit 6)
Make gene regulation clear, visual, and engaging with Epigenetics: Controlling Gene Expression, a high-impact AP Biology presentation that helps students understand how genes are turned on and off without changing the DNA sequence. This ready-to-use slide deck walks students step-by-step through how chromatin structure and epigenetic modifications—including histone acetylation, deacetylation, and DNA methylation—control access to DNA and regulate transcription. Through clear visuals and guid
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
Also included in: AP Biology Guided Lessons & Presentations Bundle: Full-Year Curriculum
Pop-Up Book Project: Make Engineering Fun
Engage your students in a hands-on, cross-curricular project that combines storytelling, art, and paper engineering! This Pop-Up Book Project is designed for students to create interactive books for a kindergarten audience. Through this project, students will: Analyze audience needs (interests, vocabulary words)Learn paper engineering techniques (V-folds, layers, pull-tabs)Develop storytelling and illustration skillsApply the design process from brainstorming to peer reviewWhat’s Included in T
8th - 12th
Classroom Community, Engineering, Visual Arts
NGSS
MS-ETS1-2
, HS-ETS1-2
, MS-ETS1-1
+1
Artificial Selection Marigold Presentation (AP Biology)
🌼 AP Biology Artificial Selection Lab Marigold Selection Across Generations (Inheritance, Traits, Data Analysis, Chi-Square, Hardy-Weinberg, Inquiry, FRQ Practice) Bring evolution and genetics together with this long-term, hands-on AP Biology lab where students model how artificial selection changes traits across generations. In this inquiry-based, real-world investigation, students grow marigolds, select for specific traits, perform cross-pollination, and analyze how those traits change
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
UrbanSim! Design a Sustainable City: Urban Planning/Ecology Simulation Project
🌆 DESIGN YOUR SUSTAINABLE CITY: THE ULTIMATE URBAN PLANNING PROJECT 🌳 **Bring urban planning to life** with this engaging, standards-aligned project where students become city planners balancing human needs, environmental protection, and wildlife habitat! **WHAT STUDENTS DO:** - Design a complete city with 30+ required elements (CBD, suburbs, factories, schools, transportation, green spaces, etc.) - Test ideas using FREE SimCity alternatives (SimCity BuildIt, City Creator, Micropolis) - Write
8th - 12th
Engineering, Environment, Geography
Ecology Case Studies: Real Systems, Real Consequences (AP BIO)
Turn your classroom into an interactive ecology lab with Ecology Case Studies: Real Systems, Real Consequences, an engaging AP Biology station activity that challenges students to analyze real-world ecosystem disruptions and their cascading effects. In this resource, students rotate through multiple case study stations—including wolves in Yellowstone, coral reef bleaching, invasive zebra mussels, and Amazon rainforest deforestation—to investigate how changes in one part of an ecosystem can im
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
AP CSP: The Internet of Oz - A Creative Storytelling Project for Unit 12
For AP Computer Science Principles — Unit 12: The Internet (with Cybersecurity Extension)Turn your AP CSP Internet unit into an unforgettable creative experience! In The Internet of Oz, students reimagine how the Internet works through storytelling, transforming routers, packets, and firewalls into magical characters and settings. Now updated with a built-in AI grading system, this project not only engages students in narrative-based learning but also saves you hours of evaluation time. What
10th - 12th
Computer Science - Technology
CRISPR Gene Editing Case Study: AP Biology Genetic Engineering Unit 5
Bring modern biotechnology into your classroom with CRISPR Gene Editing, an engaging AP Biology case study that challenges students to solve a real-world genetic problem using cutting-edge science. In this problem-based learning activity, students take on the role of genetic engineers tasked with designing a CRISPR-Cas9 solution to correct a mutation in the CFTR gene associated with cystic fibrosis . This resource pushes students beyond memorization and into authentic scientific thinking, re
9th - 12th
Biology
CCSS
RST.11-12.1
, RST.11-12.2
, RST.11-12.3
+7
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