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WaltersScience

Rated 4.83 out of 5, based on 6 reviews
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Texas, United States
About the store
➼ Degrees: M.Ed Curriculum & Instruction & BA Interdisciplinary Studies ➼ 9 years as a classroom teacher. ➼ 6 years as the department chair. ➼ 1 school ➼ 1 district ➼ 1 classroom ➼ Grades taught: 8th grade ➼ States taught: 1 (Texas) ➼ Certification: 4-8 Science
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Preview of Master Middle School Physics with Engaging, Differentiated Lessons

Master Middle School Physics with Engaging, Differentiated Lessons

Created by
WaltersScience
Bring the physics unit to life with this TEKS 7.7B. 7.7C, 7.7D, 8.7A, & 8.7B bundle featuring hands-on labs, fun activities, & various worksheets with real-world applications! 10 different resources included!!! Many of them with answer keys for easy teacher grading or student self-check.One Bonus Activity Included!!!
Preview of Newton’s Laws in Action! Card Sort Activity (8.7B)

Newton’s Laws in Action! Card Sort Activity (8.7B)

Created by
WaltersScience
Help your 8th grade students move beyond memorizing Newton’s Laws and into true conceptual understanding with this interactive card sort activity aligned to Science TEKS 8.7B. In Newton’s Laws in Action!, students analyze real‑world systems (including rocket launches, vehicle restraints, sports activities, amusement park rides, Earth’s tectonic plates, and skateboarding) to determine how Newton’s 1st, 2nd, and 3rd Laws of Motion work together at the same time. Students work collaboratively
Preview of Claim It, Prove It, Explain It! CER for Circuits and Light Energy (5.8B & 5.8C)

Claim It, Prove It, Explain It! CER for Circuits and Light Energy (5.8B & 5.8C)

Created by
WaltersScience
Make CER click for your students with this Claim, Evidence, Reasoning (CER) packet for Circuits and Light Energy, aligned to TEKS 5.8B and 5.8C. This resource is designed to explicitly teach students how to think and write like scientists while exploring real‑world examples of electrical energy and light energy. ✨ What Makes This Resource Teacher‑Friendly:✔️ Can easily be broken into 3 days or sectionsDay 1: What is CER? Guided examples and practiceDay 2: Electrical energy (circuits, motors
Preview of Calculating Net Force (6.7B/7.7D)

Calculating Net Force (6.7B/7.7D)

Created by
WaltersScience
Make teaching net force simple and stress-free with this ready-to-use worksheet! Designed for TEKS 7.7D, this activity helps students master the rules for calculating net force. Students will review the rules, then apply their knowledge by solving 8 practice problems that reinforce understanding of balanced and unbalanced forces. It’s perfect for classwork, homework, or a quick review before a quiz. An answer key is included for easy grading or self-checking! ✅ Great for: Reinforcing net fo
Preview of Newton’s Orchard: F=ma Apple Search

Newton’s Orchard: F=ma Apple Search

Created by
WaltersScience
Turn your classroom into Newton’s orchard with this engaging, movement-based activity that helps students master force, mass, and acceleration! Students will solve F = ma word problems displayed on apple cutouts placed around the room. Each student receives one of three differentiated worksheets, guiding them to specific apples to collect their answers in a barrel. Most problems focus on solving for acceleration, but some require solving for force or mass to reinforce flexibility with the formul
Preview of In Motion: Making Sense of Newton’s 3 Laws in Real-Life Systems (8.7B)

In Motion: Making Sense of Newton’s 3 Laws in Real-Life Systems (8.7B)

Created by
WaltersScience
This TEKS-aligned resource is designed to help 8th grade students investigate and describe how Newton’s three laws of motion act simultaneously within real-world systems (TEKS 8.7B). The activity starts with simple, relatable scenarios where students practice recognizing one law at a time. As their understanding grows, they move into scaffolded examples that highlight how two or more laws interact in systems like rocket launching or tectonic plate movement. Finally, students are given a scena
Preview of Bouncing Ball Lab (6.8)

Bouncing Ball Lab (6.8)

Created by
WaltersScience
In this hands-on science lab, students explore the relationship between the height from which a ball is dropped and the height of its first bounce. As students collect and record data at multiple drop heights, they analyze cause-and-effect relationships and use evidence to support scientific claims. This lab also reinforces energy concepts by guiding students to connect rebound height to changes in potential and kinetic energy. Thought-provoking questions prompt students to explain patterns in t
Preview of Power Paths: Energy Through Systems (6.8B)

Power Paths: Energy Through Systems (6.8B)

Created by
WaltersScience
Power Paths: Energy Through Systems is a comprehensive activity packet designed to support TEKS 6.8B, where students describe how energy is conserved through transfers and transformations in systems such as electrical circuits, food webs, amusement park rides, and photosynthesis. This resource includes: A review of energy types with matching practiceScenario-based questions for each system listed in the TEKSSTAAR-style multiple choice questions for test prepCritical thinking and extension promp
Preview of Density Detectives: TEKS 6.6D Review & STAAR Prep Practice Sheet

Density Detectives: TEKS 6.6D Review & STAAR Prep Practice Sheet

Created by
WaltersScience
Help your students crack the case of density with this engaging and standards‑aligned practice sheet! Perfect for 6th grade TEKS 6.6D or as a STAAR review for 8th grade science, this resource blends vocabulary practice, reading comprehension, math application, and multiple choice questions into one cohesive activity. Students won’t just memorize formulas—they’ll apply their knowledge to real‑world scenarios like distinguishing fool’s gold from real gold, predicting whether objects will sink
Preview of Marble Launcher Lab

Marble Launcher Lab

Created by
WaltersScience
This middle school lab engages students in exploring the relationships between force, mass, speed, and motion using a CPO Marble Launcher. Students conduct trials at different launch angles and force settings to measure distance, calculate average speed, and apply Newton’s Laws of Motion. The lab is written in student-friendly language, includes ready-to-use data tables and reflection questions, and connects to real-world applications. You will need a marble launcher (such as the one from CPO),
Preview of Net Force Made Simple: Balanced vs. Unbalanced Forces Notes (6.7B/7.7D)

Net Force Made Simple: Balanced vs. Unbalanced Forces Notes (6.7B/7.7D)

Created by
WaltersScience
This student-friendly notes page helps learners understand net force and how balanced and unbalanced forces affect motion. The resource includes clear definitions, examples, and space for students to draw and label their own force scenarios. A built-in quick check exit ticket reinforces key concepts with short problems, while an extension questionencourages students to connect science to real-world examples like sports, vehicles, and everyday motion. Perfect for guided notes, interactive note
Preview of Newton’s Laws Misconceptions Worksheet (8.7A, 8.7B, & 7.7D)

Newton’s Laws Misconceptions Worksheet (8.7A, 8.7B, & 7.7D)

Created by
WaltersScience
Help your students master Newton’s Laws of Motion while addressing common misconceptions with this ready-to-use, engaging worksheet! Physics can be tricky, and students often carry misunderstandings about how forces, motion, and acceleration work. This worksheet is specifically designed to challenge those misconceptions and deepen conceptual understanding. What’s Included: A comprehensive Newton’s Laws Misconception Worksheet where students identify, analyze, and correct common misconceptions re
Preview of Energy in Waves (TEKS 6.8C)

Energy in Waves (TEKS 6.8C)

Created by
WaltersScience
Energy in Waves (6.8C) is a complete lesson resource designed to help students explain how energy is transferred through transverse and longitudinal waves. This packet includes: Sorting practice to reinforce particle motion and energy transferReal-world scenarios that connect waves to everyday examples like sound, light, and earthquakesMultiple choice questions written in STAAR style for informal assessment or test prepA full answer key with sample responses for teacher conveniencePerfect for 6
Preview of Calculating Average Speed 7.7A

Calculating Average Speed 7.7A

Created by
WaltersScience
This Calculating Average Speed Worksheet gives students practice with one of the key TEKS 7.7A concepts — understanding and applying the relationship between distance, time, and speed. Perfect for 7th grade science instruction or as a review for 8th graders, this worksheet helps students strengthen their math-in-science skills through scaffolded problems and relatable scenarios. Students apply the speed formula and reason through problem-solving questions to build confidence and fluency in calcu
Preview of Acceleration, Speed, and Inertia Practice

Acceleration, Speed, and Inertia Practice

Created by
WaltersScience
Help your students master calculations from Newton's 1st Law and Inertia from Newton’s First Law with this easy-to-use physics practice worksheet! Aligned to TEKS 8.7A and 7.7A, this resource gives students practice calculating acceleration and speed while reinforcing their understanding of inertia and how it relates to motion. An answer key is included for quick grading or self-checking.
Preview of 2nd Law Quick Write/Draw (8.7A)

2nd Law Quick Write/Draw (8.7A)

Created by
WaltersScience
A formative assessment on newton's 2nd law. You can have students express their understanding in words, through pictures, or both! Can be used as a bellringer, exit ticket, or middle of the class understanding check.
Preview of F=ma Apple Maze (8.7A)

F=ma Apple Maze (8.7A)

Created by
WaltersScience
After teaching students how to use the F=ma equations, students can use this worksheet to practice their knowledge while getting a chance to produce a beautiful coloring page!
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About the store

Experience

➼ Degrees: M.Ed Curriculum & Instruction & BA Interdisciplinary Studies ➼ 9 years as a classroom teacher. ➼ 6 years as the department chair. ➼ 1 school ➼ 1 district ➼ 1 classroom ➼ Grades taught: 8th grade ➼ States taught: 1 (Texas) ➼ Certification: 4-8 Science

Teaching style

My teaching style is student-centered and hands-on, with a strong focus on real-world application and active learning. I design classroom-tested, STAAR-aligned science resources that support critical thinking, provide clear scaffolding, and keep students engaged. All this while also saving teachers time with low-prep, easy-to-implement materials.

My own education history

Bachelors of Science in Interdisciplinary Studies (UTD) Masters of Education in Science Curriculum and Instruction (UT Arlington)

Additional biographical information

🔬 Why My Resources Work: With a background in Science and Curriculum Writing, I know what works in the classroom. My materials are: ✅ Rigorous yet student-friendly – breaking down complex topics in ways that make sense. ✅ Test-focused but engaging – ensuring students are prepared without the boredom of traditional test prep. ✅ Teacher-approved & classroom-tested – created with real student success in mind! 🎯 Who I Help: -Teachers looking for high-quality, low-prep resources. -Students who need an extra push to pass or reach mastery. -Educators who want to bring energy and confidence to their test prep! Let’s make learning engaging, effective, and stress-free—one resource at a time! 🚀