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29 results

Physics thematic unit plans for Google Apps

Preview of Roller Coaster STEM Model Building Contest Project for Engineering and Physics

Roller Coaster STEM Model Building Contest Project for Engineering and Physics

This project includes 6 sections including research, exploration, design, build, showcase, and reflection. It takes students step by step through designing a functioning marble roller coaster with a theme and building it. It comes with multiple rubrics to grade each section and a set of reflection questions at the end. This project can be lengthened or shortened by requiring more detailed projects. When my students did this project, it took about 10 days to make detailed, functioning rollercoast
Preview of Marble Roller Coaster STEM Slide Lesson Unit

Marble Roller Coaster STEM Slide Lesson Unit

Created by
Bright Girl
This awesome 1-5 day STEM unit consists of 10 teaching slides/lesson plans with multiple educational video links. UDL! Your students will love this hands-on, project based roller coaster unit. So many great science videos, music, art, and read aloud included. FUN for all! 2nd-8th grade. A great unit for homeschoolers too; all learning concepts are included.
Preview of 06.5 - Circular Motion Curriculum Guide

06.5 - Circular Motion Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 07.5 - Momentum Curriculum Guide

07.5 - Momentum Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of ENTIRE UNIT Motion & Forces Slides: Animation Project, Fun Examples, and more!

ENTIRE UNIT Motion & Forces Slides: Animation Project, Fun Examples, and more!

These are all the slides I used in my 6 week Motion and Forces Unit in my NGSS Physics Classroom this past year. All activities mentioned are available on my TpT store OR linked for free. There are many free resources linked and lesson descriptions in the "notes" section under each slide. If you have any questions or if any links are broken, please do not hesitate to contact me at emilystollmeyer@gmail.comAdditionally, this is heavily influenced by my position within San Francisco Unified School
Preview of Plate Tectonics Slides

Plate Tectonics Slides

These are all of the slides I used throughout a 2 week unit on Plate Tectonics in my NGSS High School Physics classroom. Slides contain do nows, daily agendas, videos, turn and talk prompts, and exit tickets. The names of assignments are listed which are also available on my TPT.
Preview of 06.5 - Circular Motion Unit Plan

06.5 - Circular Motion Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Momentum Unit, which includes the following resources also located on TpT:Circular Motion Unit OverviewCircular Motion Self AssessmentCircular Motion Lab SummaryCentripetal Force Guided NotesCircular Motion WS 1 (Centripetal Force)Circular Motion Quiz 1Universal Gravitation PhET Simulation SummaryCircular Motion WS 2 (Universal Gravitat
Preview of 07.5 - Momentum Unit Plan

07.5 - Momentum Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Momentum Unit, which includes the following resources also located on TpT:Momentum Unit OverviewMomentum Self AssessmentExplosions Lab SummaryConservation of Momentum Guided NotesMomentum WS 1 (Conservation)Impulse Guided NotesMomentum WS 2 (Impulse)Momentum Quiz 1Momentum Concept BuildersMomentum Unit ReviewMystery Mass Momentum Lab Ch
Preview of 02 - Balanced Forces Curriculum Guide

02 - Balanced Forces Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 10 - Electricity Curriculum Guide

10 - Electricity Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 08 - Waves Curriculum Guide

08 - Waves Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 09 - Electrostatics Curriculum Guide

09 - Electrostatics Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 07 - Energy Curriculum Guide

07 - Energy Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 05 - Unbalanced Forces Curriculum Guide

05 - Unbalanced Forces Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 04 - Acceleration Curriculum Guide

04 - Acceleration Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 03 - Constant Velocity Curriculum Guide

03 - Constant Velocity Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of 06 - Projectile Motion Curriculum Guide

06 - Projectile Motion Curriculum Guide

Each Curriculum Guide includes a Unit Overview document and a Student Self Assessment document. This is an excellent way to communicate to students what content will be covered in the unit, when it will be covered, and what learning targets they are expected to master.The Unit Overview contains the following:Front PageTopics coveredAssessments (with tentative dates that you can modify)Document Order/List (useful for conducting quick and efficient binder checks)Equations used in the unitBack Page
Preview of Conceptual Physics Curriculum Map (Periods Schedule)

Conceptual Physics Curriculum Map (Periods Schedule)

This spreadsheet provides a suggested sequence lesson sequence based on how I have designed my curricular materials. This resource can serve as a planning document that allows you to schedule tentative assignment and assessment due dates, and help you pace your units based on your actual school calendar. This calendar assumes you meet every day for class and is based off of my anticipated 2020-21 school calendar year.Every unit follows a close iteration of this sequence:1. Anchoring Phenomena2.
Preview of 08 - Waves Unit Plan

08 - Waves Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Scientific Thinking Unit, which includes the following resources also located on TpT:Waves Unit OverviewWaves Self AssessmentWaves Storage Modes ReadingWave on a String PhET Simulation Inquiry Lab SummaryWaves WS 1 (Mechanical Waves)Waves Quiz 1Waves Calculations NotesWaves WS 2 (Sound Waves)Waves Quiz 2Bending Light PhET Simulation Inq
Preview of 09 - Electrostatics Unit Plan

09 - Electrostatics Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Scientific Thinking Unit, which includes the following resources also located on TpT:Electrostatics Unit OverviewElectrostatics Self AssessmentSticky Tape LabElectric Charge & Force PhET Simulation Inquiry Lab SummaryElectrostatics WS 1 (Mechanical Waves)Electrostatics Quiz 1Electrostatic Force NotesElectrostatics WS 2 (Sound Waves)
Preview of 05 - Unbalanced Forces Unit Plan

05 - Unbalanced Forces Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Scientific Thinking Unit, which includes the following resources also located on TpT:Unbalanced Forces Unit OverviewUnbalanced Forces Self AssessmentUnbalanced Force Diagram NotesUnbalanced Forces WS 1 (Net Force)Fan Cart Inquiry Lab SummaryUnbalanced Forces Calculations NotesUnbalanced Forces WS 2 (Newton’s 2nd Law)Unbalanced Forces Qu
Preview of 10 - Electricity Unit Plan

10 - Electricity Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Scientific Thinking Unit, which includes the following resources also located on TpT:Electricity Unit OverviewElectricity Self AssessmentCircuits PhET Simulation Inquiry Lab Summary 1Electricity WS 1 (Complete Circuits)Electricity Quiz 1Circuits PhET Simulation Inquiry Lab Summary 2Series vs. Parallel Circuits NotesElectricity WS 2 (Ser
Preview of 06 - Projectile Motion Unit Plan

06 - Projectile Motion Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Scientific Thinking Unit, which includes the following resources also located on TpT:Projectile Motion Unit OverviewProjectile Motion Self AssessmentProjectile Motion Diagram NotesProjectile Motion WS 1 (Free Fall)Projectile Motion PhET Simulation Inquiry Lab SummaryProjectile Motion Calculations NotesProjectile Motion WS 2 (Two Dimensi
Preview of 04 - Acceleration Unit Plan

04 - Acceleration Unit Plan

This document provides a framework for how I have designed my curricular materials and how to best deploy them using a cyclical unit design, specifically for the Scientific Thinking Unit, which includes the following resources also located on TpT:Acceleration Unit OverviewAcceleration Self AssessmentInclined Ramp Inquiry Lab SummaryAcceleration WS 1 (Position Graphs)Acceleration WS 2 (Marble on a Ramp))Acceleration WS 3 (Multiple Representations)Acceleration Quiz 1Acceleration Calculations Notes
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