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Cell Size Hands On Lab

Created by

In this hands on laboratory investigation, students explore cell size by collecting data on the diffusion within agar cubes. The lab is designed for AP Biology high school courses or General Biology college courses. Students will also answer follow-up questions. Directions are included for students to graph their data using Google Sheets.

11th - 12th, Higher Education

Basic Principles, Biology, General Science

Also included in: General Biology Hands On Lab Manual Bundle

Diffusion and Osmosis Hands On Lab

Created by

Biology Minds

In this hands on laboratory investigation, students explore diffusion and osmosis through two different experiments. One experiment involves the use of dialysis tubing while the other involves using potatoes. Students conduct the experiment and collect data. The lab is designed for AP Biology high school courses or General Biology college courses. Students will also answer follow-up questions. Directions are included for students to graph their data using Google Sheets.

11th - 12th, Higher Education

Basic Principles, Biology, General Science

Also included in: General Biology Hands On Lab Manual Bundle

Lab Safety & Procedures Slides + Posters (30+ Slides, Editable, FREE)

Created by

Nucleus Learning

🧪 Lab Safety & Procedures Slides + Posters (30+ Slides, Editable, FREE) Looking for a simple, effective way to teach lab safety AND reinforce it all year long?This resource includes 30+ clean, easy-to-use slides and quick reference posters designed to help you build a safe, structured, and high-functioning lab environment from day one. 👉 Best part: It’s 100% FREE. Because lab safety should be available to every teacher and every student. 📘 What You Get ✔️ 30+ Slide Presentation (Goog

5th - 12th, Adult Education, Higher Education

Basic Principles, Biology, General Science

Also included in: AP Biology FULL YEAR MEGA BUNDLE – 119+ Resources | Complete Curriculum

TED Talk: Why Can’t You Put Metal in a Microwave?- Aaron Slepkov

Created by

Aurora Originals

Explore the fascinating story of how a melted candy bar led to one of the most revolutionary kitchen inventions— the microwave oven. This engaging TED-Ed lesson examines the life of engineer Percy Spencer, how microwave ovens work at the molecular level, and what makes microwave cooking different from conventional heat. Students will dive into electromagnetic waves, the properties of polar molecules, and the principles of frictional heating. Perfect for integrating STEM topics with historical co

9th - 12th, Adult Education, Higher Education

Basic Principles, Engineering, Physics