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CER Practice Earth Science CER Activities 5th Grade Science Graph Analysis
Help your students master Claim, Evidence, Reasoning (CER) while analyzing real-world Earth Science data! This resource includes 20 ready-to-use graph activities that make scientific reasoning engaging and accessible for 5th graders. Students will practice interpreting data, writing CERs, and connecting science concepts to visual evidence — all aligned to NGSS 5-ESS standards and state science standards. What’s Included: ✅ 20 Earth Science Graphs (topics include water distribution, moon p
5th
Basic Principles, Earth Sciences, General Science
NGSS
5-ESS2-2
, 5-ESS1-2
, 5-ESS1-1
+1
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
5th - 12th
Basic Principles, Biology, General Science
Science Skills Scientific Method Data Tables Worksheet
This student-friendly guide teaches how to correctly create and organize raw data tables for science experiments. It introduces key table elements like proper titles, column labels with units, consistent formatting, and the role of independent, dependent, and controlled variables. Students also practice identifying mistakes and designing their own data tables, reinforcing understanding through applied tasks. Included in the resource are complete objective descriptions for MYP Criterion, ATL, UDL
5th - 8th
Basic Principles, Biology, General Science
Science Skills Scientific Method Conclusions Worksheet
This student-friendly guide teaches how to correctly write scientific conclusions based on experimental data. It explains the role of conclusions in the scientific method and emphasizes that conclusions must come directly from the evidence collected. Students learn how to connect results to their hypothesis, identify when conclusions go too far, and use clear reasoning supported by data. Included in the resource are complete objective descriptions for MYP Criterion, ATL, UDL, NGSS, and standard
5th - 8th
Basic Principles, General Science, Other (Science)
Engineering Design Process Worksheets | Engineering Design Process 5th grade
STEM & Design Thinking Worksheet Bundle – Grades 3–5Bring creativity, critical thinking, and real-world problem solving to your classroom with this STEM & Design Thinking Worksheet Bundle, designed for grades 3–5! This printable resource pack includes 9 thoughtfully scaffolded worksheets to guide students through every step of the Engineering Design Process and Design Thinking Cycle—from brainstorming to reflection and everything in between. Whether you're running STEM challenges, PBL units,
3rd - 6th
Basic Principles, Computer Science - Technology, Engineering
NGSS
3-5-ETS1-3
, 3-5-ETS1-1
, 3-5-ETS1-2
STEM Challenge Cards - Easy STEM Activities - STEM Activities Projects
STEM Challenge Cards How Can I Use These STEM Challenge Cards? These STEM Challenge Cards give you ready-made projects to get students building, problem-solving, and working together. The PDF includes a teacher instruction page with suggested supplies and 16 cards, each with a different construction challenge. They’re ideal for group work, morning starters, or afternoon projects. Why Teachers Like ItHands-on learning – Kids design, build, and test real structures.Collaboration focus – Encourages
1st - 5th
Basic Principles, Engineering, General Science
Design Challenge Planner | STEM , STEAM , Engineering Grades 3-5
Kick off your STEM and design thinking lessons with this engaging Design Challenge Planner Worksheet—perfect for grades 3–5! This printable worksheet helps young engineers organize their ideas, define the problem, consider the end user, and brainstorm creative materials to use for the solution through writing and planning. Whether you're introducing the Engineering Design Process or diving into a hands-on challenge, this tool encourages students to think critically, collaborate, and communic
3rd - 5th
Basic Principles, Computer Science - Technology, Engineering
NGSS
3-5-ETS1-1
Engineering Design Process Interactive Notebook – IMAGINE Phase | 5Ws + Goals
Help your students think like real engineers with this engaging, scaffolded Interactive Notebook set for the IMAGINE phase of the Engineering Design Process! The IMAGINE Phase of the Engineering Design Cycle is the Second Phase of the problem solving process. Students brainstorm, empathize with the user, and make clear goals for the Design. Designed for Grades 5–7, this resource helps students explore design specifications, feasibility, and idea generation through vocabulary, graphic organ
5th - 7th
Basic Principles, Engineering, General Science
NGSS
MS-ETS1-4
, MS-ETS1-1
Design Thinking Notebook | Introduction to Engineering Interactive notebooks
Introduce your students to the EDC in an interactive and comprehensive way! This print-and-go interactive notebook is perfect for 5th - 7th grade STEM, science, engineering, or design-thinking. Aligned with NGSS and designed for middle school engagement, this resource helps students connect real-world problem solving with hands-on learning—while building academic vocabulary and critical thinking. ✨ What’s Included: ✅ Engineering Design Cycle Overview Wheel✂️ Cut-and-Paste Sequencing Activitie
5th - 8th
Basic Principles, Engineering
NGSS
MS-ETS1-2
, 3-5-ETS1-3
, MS-ETS1-4
+4
STEM & Critical Thinking | Think Like an Inventor (TRIZ Method) | GATE
Are your students tired of the same old STEM building challenges? Do you need a zero-prepactivity that actually teaches them howto think, not just whatto build? Welcome to the "Think Like an Inventor" Series!This comprehensive bundle uses TRIZ(The Theory of Inventive Problem Solving)—the exact same innovation framework used by engineers at NASA, Samsung, and Boeing—adapted perfectly for middle-grade students (Ages 8-14). Instead of messy supplies and glue sticks, these engineering challenge
3rd - 8th
Basic Principles, Engineering
Also included in: STEM & Critical Thinking BUNDLE | Think Like an Inventor | STEM | GATE
Engineering Design Process Interactive Notebook | Engineering Notebook
Get hands on and creative with this Engineering Design Process Notebook. This Cut-and-paste Style notebook is perfect for Teaching the Engineering Design Process NGSS in a Super interactive way! Aligned with NGSS and designed for middle school engagement, this resource helps students connect real-world problem solving with hands-on learning—while building academic vocabulary and critical thinking. ✨ What’s Included: ✅ Engineering Design Cycle Overview Wheel 30 Slides for presenting and n
5th - 8th
Basic Principles, Engineering, Robotics
NGSS
MS-ETS1-2
, MS-ETS1-1
FREE Sample | STEM & Critical Thinking | Think Like an Inventor | GATE
FREE Sample of the 'Think like an Inventor' Workbook Are your students tired of the same old STEM building challenges? Do you need a zero-prepactivity that actually teaches them howto think, not just what to build? Welcome to the "Think Like an Inventor" Series!This comprehensive bundle uses TRIZ(The Theory of Inventive Problem Solving)—the exact same innovation framework used by engineers at NASA, Samsung, and Boeing—adapted perfectly for middle-grade students (Ages 8-14). Instead of messy
3rd - 8th
Basic Principles, Engineering
Engineer Design Process Worksheet | Fixes STEM Worksheet | Failure Reflection
Failure Reflection & Fixes STEM Worksheet – Grades 3–5Help students turn mistakes into learning moments with this printable Failure Reflection & Fixes Worksheet—a perfect companion for STEM, engineering, and design thinking challenges in grades 3–5! Aligned with the Engineering Design Process, this worksheet encourages young learners to reflect on what went wrong, analyze why it happened, and brainstorm how to improve their designs. With clear, student-friendly prompts, this worksheet support
3rd - 5th
Basic Principles, Engineering, General Science
NGSS
3-5-ETS1-3
Engineer Design Process Worksheet – Grades 3–5 | User Empathy Mapping
User Empathy Mapping Worksheet – Design Thinking for Grades 3–5Support young innovators in designing with empathy using this User Empathy Mapping Worksheet, created for grades 3–5! This scaffolded, student-friendly worksheet helps learners explore their user's thoughts, feelings, actions, and needs before starting a STEM or design thinking challenge. With 8 clear, age-appropriate questions, students build a deeper understanding of who they’re designing for—and why it matters. Perfect for the
3rd - 5th
Basic Principles, Computer Science - Technology, Engineering
NGSS
3-5-ETS1-1
Newton's Laws of Motion Task Cards: Force and Motion, Physics, Science Center
Are you struggling to find engaging, hands-on activities to help your students truly understand Newton's Laws of Motion and apply Force and Motion concepts to real-world situations? These interactive task cards are the perfect solution to reinforce Inertia, Acceleration (F=ma), and Action-Reaction in your Physical Science classroom, transforming abstract physics theories into easy-to-grasp scenarios. What is included:24 Task Cards in Full Color: Vibrant illustrations to engage visual learn
5th - 9th
Basic Principles, Informational Text, Physical Science
Observations vs Inferences Digital Drag & Drop Activity #1-3 Science + Literacy
Build critical science skills with these interactive Google Slides sorting activities on real-life scenarios. Auto-grading and instant feedback save prep time—ideal for inquiry-based units!Empower middle school students to sharpen their scientific thinking with these engaging digital drag-and-drop activities focused on distinguishing observations from inferences. Developed by seasoned science educators with extensive classroom experience, this resource draws on evidence-based pedagogical appro
4th - 7th
Basic Principles, General Science, Physical Science
CCSS, NGSS
RI.4.1
, RI.5.1
, RI.6.1
+6
Energy Transformation Practice: Reviews Types of Energy and Energy Transfers!
I've done this activity from 7th through 12th grades and it's always entertaining to see what they come up with. Since they're not actually building it, they can really think out of the box (ex- nuclear energy and thermal energy become popular). I usually do this after a lesson on energy and then I will show then the OK Go, "This Too Shall Pass" video as that is the ultimate contraption to model (in my opinion). You may also wish to show them Rube Goldberg examples. Or, modify a bit and simply u
5th - 12th
Basic Principles, Physical Science, Physics
NGSS
MS-PS3-2
, MS-PS3-5
Observations vs Inferences Digital Drag & Drop Activity #2 Science + Literacy
Build critical science skills with this interactive Google Slides sorting activity on real-life scenarios. Auto-grading and instant feedback save prep time—ideal for inquiry-based units!Empower middle school students to sharpen their scientific thinking with this engaging digital drag-and-drop activity focused on distinguishing observations from inferences. Developed by seasoned science educators with extensive classroom experience, this resource draws on evidence-based pedagogical approaches
4th - 7th, Adult Education
Basic Principles, General Science, Physical Science
CCSS, NGSS
RI.4.1
, RI.5.1
, RI.6.1
+6
Observations vs Inferences Digital Drag & Drop Activity #1 Science + Literacy
Build critical science skills with this interactive Google Slides sorting activity on real-life scenarios. Auto-grading and instant feedback save prep time—ideal for inquiry-based units!Empower middle school students to sharpen their scientific thinking with this engaging digital drag-and-drop activity focused on distinguishing observations from inferences. Developed by seasoned science educators with extensive classroom experience, this resource draws on evidence-based pedagogical approaches
4th - 7th, Adult Education
Basic Principles, General Science, Physical Science
CCSS, NGSS
RI.4.1
, RI.5.1
, RI.6.1
+6
Observations vs Inferences Digital Drag & Drop Activity #3 Science + Literacy
Build critical science skills with this interactive Google Slides sorting activity on real-life scenarios. Auto-grading and instant feedback save prep time—ideal for inquiry-based units!Empower middle school students to sharpen their scientific thinking with this engaging digital drag-and-drop activity focused on distinguishing observations from inferences. Developed by seasoned science educators with extensive classroom experience, this resource draws on evidence-based pedagogical approaches
4th - 7th, Adult Education
Basic Principles, General Science, Physical Science
CCSS, NGSS
RI.4.1
, RI.5.1
, RI.6.1
+6
Science Experiment Task Cards | Depth & Complexity | Inquiry & Critical Thinking
💭 How can you help students think like scientists and reflect deeply during experiments?Make science investigations more meaningful with these Depth & Complexity Science Experiment Task Cards!This set includes 50 higher-level thinking questions (5 per icon) that guide students before, during, and after experiments to build critical thinking, reasoning, and reflection skills. Each card is aligned to a Depth & Complexity icon to encourage students to notice patterns, analyze details, and expl
3rd - 8th
Basic Principles, General Science
Also included in: Depth & Complexity Task Cards Bundle | Science Experiments + STEM Design
Newton's Laws of Motion Task Cards: Force and Motion, Physics, Science Center
Are you struggling to find engaging, hands-on activities to help your students truly understand Newton's Laws of Motion and apply Force and Motion concepts to real-world situations? These interactive task cards are the perfect solution to reinforce Inertia, Acceleration (F=ma), and Action-Reaction in your Physical Science classroom, transforming abstract physics theories into easy-to-grasp scenarios. How to use:Science Centers: Place cards at a station for group work.Scoot Game: Place card
5th - 9th
Basic Principles, Informational Text, Physical Science
Science Skills Scientific Method Testable Research Questions Worksheet
This student-friendly guide teaches how to write clear, testable science questions that can lead to hands-on investigations. It introduces the structure of a good question using independent and dependent variables, and shows students how to avoid vague or opinion-based prompts. Students analyze examples, find mistakes, and write their own testable questions to build confidence and understanding. Included in the resource are complete objective descriptions for MYP Criterion, ATL, UDL, NGSS and s
5th - 8th
Basic Principles, Biology, General Science
0:59
Who First Saw Microbes: Microscopes & Microbe Discovery – Interactive Lesson
Who Was the First to See the Microbes introduces students to the early history of microscopy through interactive exploration, historical sources, and a simple DIY smartphone microscope activity. Activities for students: Observe and identify objects as they might have appeared through the first microscopes. Map the key European countries connected to pioneering microscope and microbe discoveries Build a simple DIY digital microscope using a smartphone, tape, and a silica gel bead. Reflect on
5th - 8th
Basic Principles, Biology, General Science
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