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Preview of 4TH Grade Science: NGSS 4-PS3-1 Speed and Energy for Google and Print

4TH Grade Science: NGSS 4-PS3-1 Speed and Energy for Google and Print

Created by
Rushnok Science
This Science Interactive Journal is written to align with NGSS 4-PS3-1 and to lead a student through a 5E Lesson Plan. The journal includes two close readings with questions: one on What is Energy and the other is on Potential and Kinetic Energy. Students explore Speed and Energy with two Science Labs. Students will analyze charts and create their own chart. Vocabulary is included and the Evaluation includes a Rubric. Included is this product is: 1. A 26-page Student Science Journal that is
Preview of Energy Conservation Equations Slide Practice

Energy Conservation Equations Slide Practice

A set of google slides containing kinetic, gravitational potential, and spring potential energy problems. The slides allow students to drag and drop the equations they need, then asks for them to solve (including units). Later problems involve setting up energy conservation problems using multiple energy equations they drag and drop into place and then solve.
Preview of Constant Velocity Model Notes and Practice for Physics

Constant Velocity Model Notes and Practice for Physics

Created by
Krista Gates
Perfect follow up for the Constant Velocity Cars Lab, these notes summarize the Constant Velocity Model and give students practice applying it. These notes and practice are perfect for making learning engaging and stress-free! ✅ This resource includes:Student Notes SheetCompleted (Teacher) Notes SheetGoogle Slides to present notes (or assign to students)Practice ProblemsAnswer Key 🎉 Grab it now and start using this resource today! LICENSING TERMS: Thi
Preview of Speed, Distance, and Time Learning Menu – Motion Graphs Interactive Activities

Speed, Distance, and Time Learning Menu – Motion Graphs Interactive Activities

Engage your students with this interactive learning menu all about speed, distance, time, and motion graphs! Designed for middle school science (grades 6–8), this resource combines creativity, problem-solving, and real-world application to help students master these essential concepts. This Google Slides assignment offers student choice through a variety of differentiated activities, allowing learners to demonstrate their understanding in multiple ways—perfect for stations, enrichment, early
Preview of Intro to Forces Notes, Lab Stations & Practice for Physics and AP Physics

Intro to Forces Notes, Lab Stations & Practice for Physics and AP Physics

Created by
Krista Gates
These no-prep notes and practice are a perfect and easy way to introduce forces and Newton's Laws to your physics or physical science class. With an optional hands-on lab station activity, this lesson is your new go-to activity to help you students master basic forces and free body diagrams. Slides are fully editable and filled with graphics to illustrate points and hold student interest. (Google slides can be downloaded to PowerPoint)Examples throughout help address common student misconception
Preview of 1.3 Representing Motion Slideshow Guided Notes AP Physics 1 Practice Worksheet

1.3 Representing Motion Slideshow Guided Notes AP Physics 1 Practice Worksheet

AP Physics 1.3 – Representing Motion | Editable Slideshow, Notes & Homework Make motion graphs meaningful with this no-prep AP Physics 1.3 resource bundle—perfect for introducing and reinforcing key concepts in representing motion. Designed for Unit 1 of the AP Physics 1 curriculum, this editable set includes a motion graphs slideshow, guided notes, and a homework practice worksheet that help students visualize and describe motion with confidence. What’s Included: Editable Slideshow (Go
Preview of 1.4 Reference Frames Relative Motion Slideshow Guided Notes AP Physics Practice

1.4 Reference Frames Relative Motion Slideshow Guided Notes AP Physics Practice

AP Physics 1.4 – Reference Frames & Relative Motion | Editable Slideshow, Guided Notes & Homework Practice | No Prep Help students navigate the complexities of reference frames and relative motion with this fully editable AP Physics 1.4 resource bundle. Aligned to Unit 1 of the AP Physics 1 curriculum, this set includes a visually engaging slideshow, scaffolded guided notes, and a rigorous homework worksheet that build conceptual understanding and analytical fluency in describing motion
Preview of 1.2 Displacement Velocity Acceleration Slideshow Guided Notes Homework Worksheet

1.2 Displacement Velocity Acceleration Slideshow Guided Notes Homework Worksheet

AP Physics 1.2 – Units and Measurement | Editable Slideshow, Guided Notes & Homework Practice | No Prep Build a strong foundation in units and measurement with this fully editable AP Physics 1.2 resource bundle. Designed for Unit 1 of the AP Physics 1 curriculum, this set includes a visually engaging slideshow, scaffolded guided notes, and a rigorous homework worksheet that help students understand SI units, dimensional analysis, and the importance of precision and accuracy in scientific m
Preview of 100Question Physics Mastery Test: Mechanics & Energy | NGSS-Aligned Physics Exam

100Question Physics Mastery Test: Mechanics & Energy | NGSS-Aligned Physics Exam

Created by
Emily class TH
Looking for a comprehensive, print-ready physics assessment covering mechanics, momentum, energy, and circular motion? This 100-question Physics Mastery Test is designed for Grades 11–12 and aligns with NGSS high school physical science standards. Perfect for semester finals, AP Physics review, test prep, end-of-unit assessments, homeschool physics, substitute plans, and honors physics review. WHAT’S INCLUDED✔ 100 Multiple-Choice Physics Questions ✔ Calculation & Conceptual Problems ✔ Detailed W
Preview of 1.1 Scalars and Vectors Guided Notes AP Physics 1 Practice Homework Worksheet

1.1 Scalars and Vectors Guided Notes AP Physics 1 Practice Homework Worksheet

AP Physics 1.1 – Scalars and Vectors | Editable Slideshow, Guided Notes & Homework Practice | No Prep Kick off Unit 1 of AP Physics 1 with this no-prep resource bundle focused on scalars and vectors—a foundational concept for motion and force analysis. This editable set includes a visually engaging slideshow, scaffolded guided notes, and a rigorous homework worksheet designed to help students distinguish between scalar and vector quantities, practice vector addition, and build confidence
Preview of 1.5 Projectile Motion Guided Notes Slideshow Practice Worksheet AP Physics 1

1.5 Projectile Motion Guided Notes Slideshow Practice Worksheet AP Physics 1

AP Physics 1.5 – Scalars & Vectors in 2D (Projectile Motion) | Editable Slideshow, Guided Notes & Homework Practice | No Prep Launch your students into the world of 2D motion and projectile analysis with this fully editable AP Physics 1.5 resource bundle. Aligned to Unit 1 of the AP Physics 1 curriculum, this set includes a visually engaging slideshow, scaffolded guided notes, and a rigorous homework worksheet that help students break down motion into components, apply kinematic equation
Preview of Feynman Lecture Fill-in-Blank Notes | Sub Plan No Prep | Physics Gr 9-12

Feynman Lecture Fill-in-Blank Notes | Sub Plan No Prep | Physics Gr 9-12

The perfect sub plan — Richard Feynman's legendary physics lecture, turned into guided fill-in-the-blank notes your students will actually engage with.Richard Feynman is one of the greatest physics communicators of all time. This resource pairs a curated Feynman lecture video with a structured fill-in-the-blank note guide that keeps students focused, accountable, and actually learning — even when you're not there. This is the sub plan that teachers love because it works. Students complete guided
Preview of AP Physics 1 - Oscillations Unit 7 (w/keys)

AP Physics 1 - Oscillations Unit 7 (w/keys)

Created by
Siebert Science
Check out the video above for a preview of these resources!AP Physics 1 - Unit 7: Oscillations (Complete Unit) with notes, practice, lab, and answer keysI created this unit to maximize alignment with the AP Physics 1 exam. All questions are written to encourage solving with variables only before using numbers because students need lots of practice solving with variables. There are also MCQs and FRQs to help students get comfortable with the challenging and varied types of problems they'll have t
Preview of Egg Drop STEM Workbook Bundle – Engineering Journal | Grades 3–8 Editable

Egg Drop STEM Workbook Bundle – Engineering Journal | Grades 3–8 Editable

Created by
STEM With Mr.B
Need flexible, editable worksheets to support your Egg Drop engineering challenge? This bundle includes both upper elementary (3–5) and middle school (6–8) versions of the Student Engineering Workbook in fully editable format, allowing you to adapt language, expectations, and scaffolding to fit your classroom. Designed for teachers who want differentiation and customization without starting from scratch. What’s Included Grades 3–5 Editable Workbook Guided engineering planning pages Structured r
Preview of Egg Drop STEM Unit – Superhero Forces & Motion Engineering | Grade 2 | 3-Week

Egg Drop STEM Unit – Superhero Forces & Motion Engineering | Grade 2 | 3-Week

Created by
STEM With Mr.B
In the Egg Drop Engineering Challenge, students become aerospace protection engineers as they design and build a protective pod that can safely deliver a raw egg from height without cracking. Set inside the Superhero Engineering Lab, this 3-week flagship unit immerses Grade 2 students in the real science of forces, impact absorption, and protective engineering as they plan, build, test, and redesign through the full Engineering Design Process. What Students Will Do* Investigate how gravity and
Preview of Shield Design STEM Sprint – Superhero Force Deflection Engineering | Grade 2

Shield Design STEM Sprint – Superhero Force Deflection Engineering | Grade 2

Created by
STEM With Mr.B
In the Superhero Shield Force Deflection Sprint, students become force and motion engineers as they design and build a freestanding shield that can deflect a rolling marble away from a target. Set inside the Superhero Engineering Lab, this 1-week sprint challenges Grade 2 students to apply their understanding of push, pull, and redirected force to a hands-on structural engineering problem — testing, recording data, and redesigning within a single focused week. What Students Will Do* Investigate
Preview of Parachute Drop STEM Sprint – Superhero Packaging Engineering | Grade 2

Parachute Drop STEM Sprint – Superhero Packaging Engineering | Grade 2

Created by
STEM With Mr.B
In the Air Supply Drop Engineering Sprint, students become packaging and delivery engineers as they design a protective container that can safely drop a supply package from height to a target zone below. Set inside the Superhero Engineering Lab, this 1-week sprint challenges Grade 2 students to think about protection, drag, and precision delivery — applying forces and motion concepts through the full Engineering Design Process in one focused week. What Students Will Do* Investigate how gravity,
Preview of Shoe Design STEM Sprint – Superhero Impact Protection Engineering | Grade 2

Shoe Design STEM Sprint – Superhero Impact Protection Engineering | Grade 2

Created by
STEM With Mr.B
In the Shock-Absorbing Boots Engineering Sprint, students become wearable technology engineers as they design and build boots that absorb the impact force of a superhero landing. Set inside the Superhero Engineering Lab, this focused 1-week sprint challenges Grade 2 students to apply what they know about forces and motion to a real-world protective engineering problem — all within a single class period arc. What Students Will Do* Investigate how impact force travels through materials during a l
Preview of Egg Drop STEM Workbook – Student Engineering Journal | Grades 3–5 Editable

Egg Drop STEM Workbook – Student Engineering Journal | Grades 3–5 Editable

Created by
STEM With Mr.B
This Editable Student Engineering Workbook is designed to support students as they plan, test, and improve their designs during the Egg Drop Engineering Challenge, while giving teachers flexibility to customize pages for their classroom. Created specifically for Grades 3–5, this resource includes the same student-facing structure as the PDF version, with the added benefit of editable text boxes for easy customization, differentiation, and reuse. This is a student-facing resource intended to
Preview of Egg Drop STEM Workbook – Student Engineering Journal | Grades 6–8 Editable

Egg Drop STEM Workbook – Student Engineering Journal | Grades 6–8 Editable

Created by
STEM With Mr.B
This Editable Student Engineering Workbook is designed to support students as they plan, test, analyze, and improve their designs during the Egg Drop Engineering Challenge, while giving teachers flexibility to adapt materials for their classroom. Created specifically for Grades 6–8, this workbook emphasizes data collection, evidence-based reasoning, and redesign while remaining student-friendly and classroom-ready. This is a student-facing resource intended to pair with a hands-on Egg Drop p
Preview of The James Webb Space Telescope Unit (Waves, EM Spectrum, Doppler Effect)

The James Webb Space Telescope Unit (Waves, EM Spectrum, Doppler Effect)

Hi, I'm Luke, and welcome to my unit on the James Webb Space Telescope!This is an inquiry-based unit designed to encourage students to figure out key scientific concepts by learning about the science behind this technological marvel. Throughout the unit, students will explore specific topics including: WavesThe electromagnetic spectrumThe Doppler effectRedshiftBig Bang These topics are used to frame a larger discussion on the effects that technology has had on the world.  It doesn’t require any
Preview of The Auroras Unit (Atomic structure, hydrogen fusion, atomic emission)

The Auroras Unit (Atomic structure, hydrogen fusion, atomic emission)

Hi, I'm Luke, and welcome to my unit on the auroras.This is an inquiry-based unit designed to encourage students to figure out key scientific concepts on their own, rather than receiving them through direct instruction. It uses the phenomenon of the auroras to pique curiosity and serve as the anchor for exploring a core idea in science: using models to understand complex systems. Throughout the unit, students explore broad concepts like matter and energy, as well as more specific topics includin
Preview of Tower Building STEM Challenge – Structural & Parachute Engineering | Grades K–8

Tower Building STEM Challenge – Structural & Parachute Engineering | Grades K–8

Created by
STEM With Mr.B
In the Rescue Tower + Parachute STEM Challenge, students become emergency response engineers as they design a rescue tower and parachute system to safely evacuate a payload from the top of a structure to the ground. This exciting real-world engineering scenario blends structural engineering, gravity, air resistance, impact protection, and systems design as students solve a high-stakes rescue mission using only simple classroom materials. This hands-on, low-prep STEM project is perfect for ST
Preview of Tower Building STEM Challenge – Wind Resistance Engineering | Grades K–8

Tower Building STEM Challenge – Wind Resistance Engineering | Grades K–8

Created by
STEM With Mr.B
In the Windproof Tower STEM Challenge, students become civil and structural engineers as they design and construct a tower that can withstand strong winds without tipping or collapsing. Using simple classroom materials, students investigate wind forces, stability, center of mass, and structural reinforcement while engaging in authentic problem-solving through the Engineering Design Process. This high-engagement, low-prep STEM challenge is perfect for STEM labs, science classrooms, engineeri
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