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Energy Forms and Transformations Unit Bundle - Editable and Google Slides™

Rated 4.83 out of 5, based on 23 reviews
4.8 (23 ratings)
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Secondary Sparks
1.5k Followers
Grade Levels
5th - 8th, Homeschool
Standards
Formats Included
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  • Google Apps™
$21.20
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$26.50
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$21.20
List Price:
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You Save:
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Secondary Sparks
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Includes Google Apps™
This bundle contains one or more resources with Google apps (e.g. docs, slides, etc.).

What educators are saying

This had everything I need to supplement my unit on energy forms and transformations. I didn't use the assessment, but I love that I have it if I need it next year. This resource made it very easy on me, and I will definitely be using it again next year.
Such a great resource to have when teaching about energy forms and transformations! This bundle comes with everything you need to help teach your lesson.

Products in this Bundle (7)

    showing 1-5 of 7 products

    Also included in
    1. Save over 20% with this resource that includes all of my physical science activities including PowerPoints, Guided Notes, Assessments, Warm Ups, Self-Grading Task Cards, Choice Boards, Interactive science notebook Google Slides and Print Activities, Labs, Stations activities, project-based learning
      Price $266.00Original Price $332.50Save $66.50

    Description

    Perfect for an energy unit in your middle school physical science classroom! This mini bundle contains a PowerPoint, Cornell Notes Style Guided Notes, Assessment, self grading task cards, choice board, digital with print activities and warm ups that can all be used with Google slides or Google forms! Everything relates to different forms of energy and energy transformations.


    Content covered:

    ⭐What is energy?

    ⭐Types of Potential Energy

    ⭐Types of Kinetic Energy

    ⭐Energy Transformations

    ⭐Law of Conservation of Energy

    INCLUDED IN THE BUNDLE:

    1. PowerPoint, Guided Notes and Assessment

    Do you need a resource to introduce energy forms and energy transformations for your middle school physical science class? This resource contains a PowerPoint lesson with Cornell notes style guided notes and an assessment that all tie together. This resource is excellent for traditional and digital interactive science notebooks. The PowerPoint and guided notes are also included in Google Slides which make this a perfect digital resource for online learning! There is also a self-grading Google Forms assessment. This is a no prep resource!


    The PowerPoint Lesson and guided notes are broken up into 4 different parts:
    ❔ Engage: This is a question that is used to get students thinking and engaged before the lesson begins. They answer the question in their guided notes.
    ☑ Checkpoints: These are questions throughout the lesson that assess what students are learning as they go through. The student's answer these questions in their guided notes. Answer key is included in the PowerPoint.
    ↵ Bringing it Back: This final question wraps up the lesson by tying student's new knowledge with the engagement piece.

    ✐Summarize! Students can summarize their learning by writing, drawing or both.

    All links for the Google Slides and Google Forms are included in the resource.

    The PowerPoint is editable. The titles, images and clip art are not editable.


    Guided Notes:
    The Cornell style guided notes follow along with the lesson. This allows the students to go through the lesson with the class as the teacher goes through the slides or they can fill it out independently if they are using the PowerPoint digitally. All the text aside from the title and cover page are editable.

    Includes two cover pages for interactive notebook booklets. One in color and one in black and white.

    The Google Slides version of the notes includes text boxes for students to add in their own text. A Google Slides "toolbox" is included for students to reference to for changing fonts, adding images, drawings, etc. There are even drag and drop highlighter marks for students to make their notes more interactive.

    *There is an included answer key for the guided notes to be easily printed and added to a teacher's copy of an interactive science notebook.


    Assessment:
    The assessment contains 20 questions with a mix of vocabulary matching, short answer and multiple choice questions. An answer key is included. Everything is editable except for the title and any included clip art lip art.

    A Google Slides version is included as well as a self-grading Google Forms version. The links are included in the resource.

    Content covered:
    ⭐What is energy?
    ⭐Types of Potential Energy
    ⭐Types of Kinetic Energy
    ⭐Energy Transformations
    ⭐Law of Conservation of Energy

    *Each resource is in PowerPoint format for easy editing.

    2. Warm Ups

    2 weeks of editable warm up slides, digital or print versions are perfect for an energy forms and transformations unit in your classroom with no prep! Everything is also available in the resource for distance learning with digital versions in google slides.
    Included in this resource:
    ✅ 2 weeks of warm ups (10 total).
    ✅ 3 editable templates to fit the needs of you and your students
    ✅ PowerPoint Slides with the questions to project for your students
    ✅ Answer key

    3. Task Cards

    These 24 energy transformations editable task cards can be used in a classroom or digitally for distance learning through Google Forms with no prep and they are self grading! They can be easily printed, cut and laminated for use in the classroom with a ready-to-print student answer sheet.

    Review vocabulary related to the EM Spectrum as well as key information.

    The link for Google Forms is available in the resource. An answer key in included in the resource and in Google Forms.

    Task cards can be printed 1 per page or 4 per page. The answer sheet can be printed 1 per page or 2 per page to save paper. I typically print 2 per page so they're perfect for gluing into interactive notebooks.

    The text is editable in each task card but the titles and clip art are not editable.


    4. Choice Board

    Students have options in how they apply their knowledge of energy forms and transformations through choice. There is differentiation with the activities so students can have autonomy with their learning and presentation of knowledge.

    All student submissions can be used for online distance learning!

    This editable choice board can be used in an in-person classroom or through distance learning online and is editable to suit the needs of you and your students. Students can also submit these to you digitally!

    Options include:

    Creating a video

    ✅ Creating a poster or PowerPoint

    ✅ Children's story with narration

    ✅ Inventions or prototypes

    ✅ Demonstrations

    ✅ Writing a story

    ✅ and more!

    5. Energy Forms and Transformations Digital Google Slides Activities


    This is a fully digital resource that uses Google Slides. There are 6 interactive activities to review energy forms and energy transformations.

    Students will review vocabulary, forms of energy, create their own transformations, calculate net force and discuss the processes of energy transformation.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides are not editable. Answer key is included in the PDF as well as the Google Slides link.

    Content covered:
    ⭐Types of Potential Energy
    ⭐Types of Kinetic Energy
    ⭐Energy Transformations
    ⭐Law of Conservation of Energy


    6. Energy Forms and Transformations Digital Google Slides and Print Activities

    This is a print and digital resource that uses Google Slides. There are 6 interactive activities to review energy forms and energy transformations.

    Students will review vocabulary, forms of energy, create their own transformations, calculate net force and discuss the processes of energy transformation.

    The activities include either drag and drop or short answer text. Watch the preview video to get a better idea of how each slide works.

    The slides and printable are not editable. Answer key is included in the PDF as well as the Google Slides link.


    Content covered:
    ⭐Types of Potential Energy
    ⭐Types of Kinetic Energy
    ⭐Energy Transformations
    ⭐Law of Conservation of Energy

    7. Energy Transformations CER Lab

    The perfect lab to review energy transformations with your physical science class! Students will use Claim, Evidence and Reasoning (CER) to explore various interactions of waves with hands-on, interactive lab stations. A perfect addition to an interactive science notebook!


    All lab stations and student handout are completely editable and include templates to create your own!

    Station signs and student answer sheets are also digital using Google Slides for online learning.

    Lab stations are quick and easy to set up. Each station will take students 6-8 minutes to complete. They include:

    1. Modeling solar to electrical energy with a calculator
    2. Modeling mechanical energy with a wind up toy
    3. Modeling chemical to electrical to mechanical energy with a fan
    4. Modeling electrical to mechanical energy with a pencil sharpener
    5. Modeling chemical to mechanical energy with the digestive system
    6. Modeling gravitational potential energy with a ball
    7. Modeling changes in kinetic and potential energy with mass using a PhET simulation.
    8. Modeling the energy transformation in a flashlight.


    Content covered:
    ⭐ Energy Forms (Radiant, Chemical, Gravitational Potential. Electrical, Mechanical, Potential, Kinetic)
    ⭐ Energy Transformations

    ⭐ Conservation of Energy & Energy Efficiency in a system

    8. Energy Transformations Stations

    Do you need differentiated energy transformations stations and Law of Conservation of Energy activities for your Energy unit? Perfect for a middle school physical science class studying potential and kinetic energy. This resource will help you reach and assess your students in a multitude of ways. This resource includes 7 stations with minimal prep involved. There is a printable version, editable PowerPoint version and a Digital Google Slides™ version that will help you save on time and paper!

    The 7 types of stations include:

    1. Discover - Students will research real-world application of energy transformations in wind turbines, hydroelectric dams and solar panels.

    2. Observe - Students will use a PhET simulations to observe various energy transformations.

    3. Experiment - Students will perform 3 mini experiments to observe changes in potential and kinetic energy.

    4. Write - Students will explain their answers in 2-3 sentences.

    5. Create - Students will create 2 drawings of energy transformations they experience every day and explain them.

    6. Sort - Students will sort scenarios to match the appropriate energy transformation that occurs.

    7. Quiz - Students will answer a mix of 8 true/false, multiple choice and short answer questions.

    *Each station should take students between 8-10 minutes to complete.*

    The RESOURCE includes:

    • Digital Google Slides™ link to perform stations online.
    • Printable version of stations in color and black/white
    • Editable PowerPoint version of stations.

    Content covered:

    ⭐Types of Potential Energy

    ⭐Types of Kinetic Energy

    ⭐Energy Transformations

    ⭐Law of Conservation of Energy

    ⭐Energy Efficiency

    *Please note that the instructions for stations are editable but clip art, special fonts and formatting are not.*

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    Standards

    to see state-specific standards (only available in the US).
    NGSSMS-PS3-5
    Construct, use, and present arguments to support the claim that when the kinetic energy of an object changes, energy is transferred to or from the object. Examples of empirical evidence used in arguments could include an inventory or other representation of the energy before and after the transfer in the form of temperature changes or motion of object. Assessment does not include calculations of energy.
    NGSSMS-PS3-1
    Construct and interpret graphical displays of data to describe the relationships of kinetic energy to the mass of an object and to the speed of an object. Emphasis is on descriptive relationships between kinetic energy and mass separately from kinetic energy and speed. Examples could include riding a bicycle at different speeds, rolling different sizes of rocks downhill, and getting hit by a wiffle ball versus a tennis ball.

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