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Preview of Which Graph Should I Use? | Biology Graphing Skills Worksheet

Which Graph Should I Use? | Biology Graphing Skills Worksheet

Students can often read graphs but struggle when asked to choose and create the correct graph from lab data. This resource was designed to explicitly teach students how to select the appropriate graph type before graphing, reducing common errors and building confidence in data analysis. In this activity, students practice identifying independent and dependent variables, determining which graph type best fits the data, and constructing graphs using proper scientific conventions. Visual examples,
Preview of MYP Grade 7 Science | Audio Revision Activity | Sub Plan | Human Body Systems

MYP Grade 7 Science | Audio Revision Activity | Sub Plan | Human Body Systems

Grade 7 Science Audio Summary: Human Body Systems - Structure & Function - Revision ActivityWhat's In This Resource:An audio summary covering digestive, circulatory, and respiratory systems, including homeostasis and system interactionsStudent worksheet with QR code linking directly to the audioMYP command terms practice - Questions progress from basic recall (Define, Identify, Describe) through higher-order thinking (Compare, Discuss, Evaluate, Apply)Complete answer key with model responses sho
Preview of MYP Grade 7 Science Audio Revision Activity | Sub Plan | Levels of Organization

MYP Grade 7 Science Audio Revision Activity | Sub Plan | Levels of Organization

Grade 7 Science Audio Summary: Levels of Organization in Living Things - Structure & Function - Revision ActivityWhat's In This Resource:An audio summary covering the five levels of biological organization from cells to organisms, with plant and animal examplesStudent worksheet with QR code linking directly to the audioMYP command terms practice - Questions progress from basic recall (List, Give examples) through higher-order thinking (Compare, Discuss, Evaluate)Complete answer key with model re
Preview of What Does It Mean to Be Alive (Advanced Biology/Worksheet)

What Does It Mean to Be Alive (Advanced Biology/Worksheet)

Created by
Seth Rojello
Challenge your students to think beyond memorization with this rigorous and engaging biology activity that redefines what it means to be alive. Perfect for high school or honors biology, this resource combines molecular biology, cell theory, biochemistry, and evolutionary theory to help students apply scientific reasoning to real-world and theoretical examples like viruses, fire, robots, and synthetic cells. Standards Alignment: NGSS HS-LS1-1: Structure and Function NGSS HS-LS1-2: Systems of Spe
Preview of Science Lab: How does mass affect the swing of a pendulum. Middle School Science

Science Lab: How does mass affect the swing of a pendulum. Middle School Science

Students will observe how mass affects the swing of a pendulum. They will identify the variables in the experiment. They will conduct three trials and analyze the data by finding the mean average. They will then graph the data and state a conclusion.
Preview of MYP Grade 7 Science | Audio Revision Bundle for Cells & Living Systems Unit

MYP Grade 7 Science | Audio Revision Bundle for Cells & Living Systems Unit

Grade 7 Science Audio Summary Bundle: Cells and Living Systems Unit Package - 5 Topics with MYP IntegrationWhat's In This Bundle:6 engaging audio summaries covering the entire biology unit: B1.1 Cells and MicroscopyB1.2 Plant vs. Animal CellsB1.3 Human Body Systems - Structure & FunctionB1.4 Levels of Organization in Living ThingsB1.5 Diffusion and OsmosisB1.6 Unit Overview (perfect for test prep) 6 student worksheets/review sheets with QR codes linking to each audioMYP command terms explicitly
Preview of Vertebrates and invertebrates: a Montessori classification activity

Vertebrates and invertebrates: a Montessori classification activity

The material to be printed out allows the child to work in discriminating vertebrates and invertebrates. It comes with 48 animals and their names and it includes a control of error to foster independence in the child without the need to rely on an adult to check the activity.
Preview of MYP Grade 7 Science | Audio Revision Activity | Sub Plan | Plant vs Animal Cells

MYP Grade 7 Science | Audio Revision Activity | Sub Plan | Plant vs Animal Cells

Grade 7 Science Audio Summary: Plant vs. Animal Cells - Revision ActivityWhat's In This Resource:An audio summary covering plant and animal cell structures, organelles unique to each type, and their functional differencesStudent review sheet with QR code linking directly to the audioMYP command terms practice - Questions progress from basic recall (State, Identify, List) through higher-order thinking (Compare, Explain, Differentiate)Complete answer key with model responses showing exactly what e
Preview of Weighted Car Test | Gravity and Acceleration Forces of Motion Activity for Upper

Weighted Car Test | Gravity and Acceleration Forces of Motion Activity for Upper

The Weighted Car Test is an interactive Montessori science activity designed for upper elementary (grades 4–6) students to investigate whether weight affects the speed of objects rolling down a ramp. This self-contained shelf work is perfect for a Forces of Motion unit and reinforces key physics concepts such as gravity, acceleration, and friction. Students will: Compare two toy cars—one heavier, one lighter—created by adding weights to one car Predict which car will reach the bottom of
Preview of Density Tower Lab | Montessori Chemistry Experiment | Hands-On Science for Upper

Density Tower Lab | Montessori Chemistry Experiment | Hands-On Science for Upper

Turn abstract chemistry into a memorable hands-on experience with this Density Tower Lab. Designed for grades 4–6, this activity shows students how liquids and solids behave based on their density, making particle theory both visible and engaging. Students layer liquids such as honey, dish soap, water, and oil in a clear jar, then test different solids (coin, bead, paperclip, grape, popcorn kernel) to see where each one settles. By observing the separation of liquids and the placement of so
Preview of A Day in the Life of Macromolecules Storyboard Project

A Day in the Life of Macromolecules Storyboard Project

Created by
JJZ Biology
A carbohydrate walks into a championship game. A lipid is trying to survive a food shortage. A protein has a job to do, and a nucleic acid is carrying the instructions. That is the idea behind this Macromolecules Storyboard Project: students turn carbohydrates, lipids, proteins, and nucleic acids into characters, then use those characters to tell a biologically accurate story. Instead of another macromolecules chart, students create a storyboard booklet that shows how the molecules work toget
Preview of Rocket Balloon Lab: Scientific Method 5th-7th grade

Rocket Balloon Lab: Scientific Method 5th-7th grade

Students will get excited to practice the scientific method while doing this rocket balloon lab. Students state the problem, identify variables, develop a hypothesis, list materials and procedures, perform the experiment, analyze data, and state a conclusion.
Preview of Blast Off into Physics! Newton’s Laws/ Force and Motion Doodle Notes Bundle

Blast Off into Physics! Newton’s Laws/ Force and Motion Doodle Notes Bundle

🚀 Blast Off into Physics! Newton’s Laws & Force and Motion Doodle Notes Bundle Are your students tired of dry textbooks? Turn your science block into a creative powerhouse with this all-in-one Force and Motion Doodle Notes & Biography Bundle! Designed specifically for 5th-grade minds, this resource blends artistic engagement with high-level scientific concepts to make Newton’s Laws stick. This isn't just a packet of worksheets: it's a visual learning journey that guides students through the
Preview of Friction Feel Test – Montessori Science

Friction Feel Test – Montessori Science

Bring Forces of Motion to life in your Montessori classroom with this Friction Feel Test. This hands-on science work is designed for upper elementary (grades 4–6) students to investigate the effects of friction on different surfaces. Students will: Push a toy car across four surface types (crumpled cardstock, aluminum foil, printer paper, coarse sandpaper) Observe differences in resistance Rank surfaces from least to most friction Record results and answer a reflection question Use a con
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