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Preview of Discussing Data - Science Writing Reference Tool

Discussing Data - Science Writing Reference Tool

Created by
SunLit
Help your students analyze data in writing! Excellent for any secondary level science-related course! What it is: Binder Insert for students to refer to while constructing responses explaining data for any science related course. Helps students practice academic language skills.Helps students develop analytical thinking and writing skills. How to use it: After explaining the requirements of one or both types of written response questions, show students where the "bank" of corresponding frames ar
Preview of Cell Size Hands On Lab

Cell Size Hands On Lab

Created by
Biology Minds
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.
Preview of Diffusion and Osmosis Hands On Lab

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.
Preview of Gummy Bear Osmosis Lab Activity | Engaging, Hands-On Biology Experiment

Gummy Bear Osmosis Lab Activity | Engaging, Hands-On Biology Experiment

Bring osmosis to life with this fun, visual, and inquiry-based Gummy Bear Osmosis Lab! Students LOVE watching gummy bears grow, shrink, and transform while learning key biology concepts in a memorable way. What Students Will Learn Understanding Osmosis Identifying hypotonic, hypertonic, and isotonic solutions Practicing experimental design (independent, dependent, control variables) Measuring and calculating area and percent change Creating and analyzing bar graphs Making evidence-base
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