Carver/Storey/Grant - Forms Of Energy Student Paced Blended Learning

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What is ENERGY?

ENERGY is the ability to do WORK or CAUSE A CHANGE

There are TWO basic types of Energy: Potential and Kinetic

4 types 4 Types

Two Types of Energy

Potential Energy is Stored Energy- Depends on Shape and Condition of Object. 4 Types

Watch this Youtube Video First

1. Gravitational
2. Elastic
3. Nuclear
4. Chemical

Kinetic Energy is The Energy of Motion-Depends of Mass and Speed 4 Types

NEXT: Play the Quizizz and Show your teacher your score to get signed off on your playlist

1. Sound
2. Electrical
3. Radiant
4. Thermal

Watch this Video

Play

Law of Conservation of Energy: "Energy cannot be created or destroyed; energy is only transferred or transformed within a system" The total amount of Energy must add up to 100%

In other words, Energy can be constantly transferred back and forth between POTENTIAL ENERGY and KINETIC ENERGY

After Completing the Energy Skate Park: Can you label the following diagram in your notes using the following word bank: Max PE Max KE PE=KE Min PE

Click the image above and complete the Energy Skate Park Simulation and Worksheet

When finished work ahead to the Energy Skate Park Assignment...You will need to ask the teacher for an answer document

Next you will complete your frayer models for the 4 types of Potential Energy

Click the arrow and work on Frayer Model notes for the other forms of energy in this order: 4. Gravitational 5. Elastic 6. Nuclear 7. Chemical ****You will need to:

• Define the term based on each lesson
• Illustrate 2 drawings/Examples that represent that form of energy
• Write any statements or extra information or vocabulary associated with that form of potential energy

Continue your notes

Gravity is affected by what to factors?

Watch the lesson over Gravitational Potential Energy and Fill in your Frayer Model Notes

Google SlideShow for your Frayer Models Notes

What two factors effect elastic potential energy?

Watch this video over Elastic Potential Energy and Fill out your Frayer Model Notes

Google SlideShow for your Frayer Models Notes

Nuclear Potential Energy

Watch this video lesson over Nuclear Energy and fill in your Frayer Model Notes

Google SlideShow for your Frayer Models Notes

What is the difference between Fission and Fusion? What are the pros and cons to using Nuclear Energy?

Chemical Potential Energy

Watch this video lesson on Chemical Potential Energy and Fill out your Frayer Model Notes

How is ENERGY released from chemicals found in food, batteries, gasoline, etc.?

Google SlideShow for your Frayer Models Notes

Sound= Kinetic Energy

Google SlideShow for your Frayer Models Notes

How does sound travel? Can sound travel through a vacuum or outerspace?

Play the Lesson on Sound Waves and fill out the Frayer Model Notes

Extra Video

Electrical Energy K.E.

What produces electricity? What are some examples in nature of electical energy? What are some man-made examples or devices of objects that transfer electricity?

Extra Video

Mr. Katchur's Vidoe

Watch this video lesson about Electrical Energy and fill in your Frayer Model Notes.

Google SlideShow for your Frayer Models Notes

Radiant/Light Energy K.E.

Why can humans only see part of the Light Spectrum? What colors do we see? How does light travel? Can light travel through space?

Watch this video lesson Light Energy and Fill out your Frayer Model Notes

Google SlideShow for your Frayer Models Notes

Thermal/Heat K.E.

Watch the following video lesson on Thermal Energy and fill in your Frayer Model Notes.

Google SlideShow for your Frayer Models Notes

How is Heat Transferred? From hot to cold or cold to hot? What force causes heat? How can heat cause matter to change from solids to liquids to gases?

Requires Teacher Signoff on pg 10 of your Notes Packet

What is Mechanical Energy? PE + KE = ME ***Don't Forget the sum of all energies must equal 100% *** Law of Conservation of Energy

• The total energy of motion (kinetic) and position (potential) of an object.
• When work is done to an object, it gains energy. The energy it acquires is known as mechanical energy.
• When you kick a soccer ball, you transfer mechanical energy to make it move.
• ME = PE + KE You can only have 100% energy in a system!

Google SlideShow for your Frayer Models Notes

Enrichment Dive Deeper

Finish Your Notes Packet

Google SlideShow for your Frayer Models Notes

• Read this Article about Nuclear Waste and the Marshall Islands

• NHL Hockey Canvas Assignment

Take the following Canvas Quiz over PE and KE

Play these 2 quizizzes

Watch this NHL Video about hockey and answer the questions on notebook paper