Using Energy and Heat
Name
Date
Using Energy and Heat What are energy transfers and energy transformations? Before You Read Before you read the chapter, think about what you know about energy and heat. Record three things that you already know about energy transfers and transformations in the first column. Then write three things that you would like to learn about this topic in the second column. Complete the final column of the chart when you have finished the chapter.
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
K What I Know
W What I Want to Learn
L What I Learned
Chapter Vocabulary Lesson 1
Lesson 2
Lesson 3
NEW
NEW
NEW
energy potential energy chemical energy nuclear energy kinetic energy electric energy mechanical energy thermal energy wave sound energy radiant energy
law of conservation of energy energy transfer energy transformation work open system closed system renewable energy resource nonrenewable energy resource
temperature heat conduction radiation convection vaporization thermal conductor thermal insulator
REVIEW
ACADEMIC
speed
resource
Using Energy and Heat
121
Lesson 1
Forms of Energy
Scan Lesson 1. Read the lesson titles and bold words. Look at the pictures. Identify three facts you discovered about forms of energy. Record your facts in your Science Journal.
Define energy, and provide examples of its influences.
Energy I found this on page
. Energy: Examples of Influence:
Climate
Potential Energy
Describe potential energy. . Potential Energy
I found this on page
Using Energy and Heat
Definition:
3 Types
.
Description:
122
Politics
Description:
Description:
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
I found this on page
Economy
Lesson 1 | Forms of Energy (continued)
Kinetic Energy I found this on page
Differentiate potential energy and kinetic energy. .
Potential energy:
Kinetic energy:
I found this on page
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
I found this on page
.
.
Combined Kinetic Energy and Potential Energy I found this on page
.
Relate kinetic energy to mass and speed of objects. No speed
kinetic energy
Greater mass
kinetic energy
Greater speed
kinetic energy
Explain why electric energy is a form of kinetic energy.
Model a system and an environment. Define each term, and label the part of the diagram that represents each term. System:
Environment:
Using Energy and Heat
123
Lesson 1 | Forms of Energy (continued)
I found this on page
.
Compare and contrast mechanical energy and thermal energy.
Mechanical Energy
Both
Thermal Energy
Characterize waves.
Energy Carried by Waves I found this on page
.
Wave A disturbance
does move from one place to another.
does not move
moves in which direction? .
.
Type of Energy I found this on page
.
I found this on page
.
Connect It
Moves Through
Relate every form of energy mentioned in Lesson 1 to at least one other
energy form.
124
Carried By
Using Energy and Heat
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
Identify two types of energy carried by waves.
Date
Using Energy and Heat What are energy transfers and energy transformations? Before You Read Before you read the chapter, think about what you know about energy and heat. Record three things that you already know about energy transfers and transformations in the first column. Then write three things that you would like to learn about this topic in the second column. Complete the final column of the chart when you have finished the chapter.
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
K What I Know
W What I Want to Learn
L What I Learned
Chapter Vocabulary Lesson 1
Lesson 2
Lesson 3
NEW
NEW
NEW
energy potential energy chemical energy nuclear energy kinetic energy electric energy mechanical energy thermal energy wave sound energy radiant energy
law of conservation of energy energy transfer energy transformation work open system closed system renewable energy resource nonrenewable energy resource
temperature heat conduction radiation convection vaporization thermal conductor thermal insulator
REVIEW
ACADEMIC
speed
resource
Using Energy and Heat
121
Lesson 1
Forms of Energy
Scan Lesson 1. Read the lesson titles and bold words. Look at the pictures. Identify three facts you discovered about forms of energy. Record your facts in your Science Journal.
Define energy, and provide examples of its influences.
Energy I found this on page
. Energy: Examples of Influence:
Climate
Potential Energy
Describe potential energy. . Potential Energy
I found this on page
Using Energy and Heat
Definition:
3 Types
.
Description:
122
Politics
Description:
Description:
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
I found this on page
Economy
Lesson 1 | Forms of Energy (continued)
Kinetic Energy I found this on page
Differentiate potential energy and kinetic energy. .
Potential energy:
Kinetic energy:
I found this on page
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
I found this on page
.
.
Combined Kinetic Energy and Potential Energy I found this on page
.
Relate kinetic energy to mass and speed of objects. No speed
kinetic energy
Greater mass
kinetic energy
Greater speed
kinetic energy
Explain why electric energy is a form of kinetic energy.
Model a system and an environment. Define each term, and label the part of the diagram that represents each term. System:
Environment:
Using Energy and Heat
123
Lesson 1 | Forms of Energy (continued)
I found this on page
.
Compare and contrast mechanical energy and thermal energy.
Mechanical Energy
Both
Thermal Energy
Characterize waves.
Energy Carried by Waves I found this on page
.
Wave A disturbance
does move from one place to another.
does not move
moves in which direction? .
.
Type of Energy I found this on page
.
I found this on page
.
Connect It
Moves Through
Relate every form of energy mentioned in Lesson 1 to at least one other
energy form.
124
Carried By
Using Energy and Heat
Copyright © Glencoe/McGraw-Hill, a division of The McGraw-Hill Companies, Inc.
Identify two types of energy carried by waves.
