Presentation is loading. Please wait.

Presentation is loading. Please wait.

Add to Table of Contents: Energy lab Pg. 16 Energy TypesPg. 17.

Published byJane Waters Modified over 8 years ago

Similar presentations

Presentation on theme: "Add to Table of Contents: Energy lab Pg. 16 Energy TypesPg. 17."— Presentation transcript:

1 Add to Table of Contents: Energy lab Pg. 16 Energy TypesPg. 17

2 Review Potential energy is what? Kinetic energy is what?

3 Potential or Kinetic? (Don’t write – answer outloud)

4 Energy TypesPg. 17 What are some of the major types of energy?

5 Energy TypesPg. 17 1.Mechanical energy- 2.Radiant energy- 3. Electrical energy- 4. Light energy- the energy that makes things move. a combination of heat and light energy. energy made by the flow of tiny particles called electrons. a type of electromagnetic energy that is(isn’t) visible to humans.

6 5. Chemical energy- 6. Nuclear energy- 7. Thermal (heat) - energy -energy stored in the bonds of molecules and released during a chemical reaction. -energy stored in the nucleus of an atom. - caused by the movement of particles (atoms and molecules) in an object. – The faster they move, the more heat energy.

7

8 What type of energy do these have? Don’t write – just decide each.

9 Law of Conservation of Energy - Energy can’t be created or destroyed. It can only be: transferred or transformed (converted). A. Transferred-energy moves from one object to another but stays the same type of energy.

10 B. Transformation or Conversion-energy is changed into a different type of energy.

11

12 HEAT LIGHT Transforms into = ______ energy Radiant Chemical= ________ energy

13 Is this an example of an energy transfer or an energy conversion? Electrical energy Light energy Thermal energy TV conversion

14 Pan Thermal Transfer

15 Energy Lab Rotate thru the stations. Draw an energy diagram for the object at each station. You get 3 minutes at each station to draw your energy transfer diagram. http://www.online- stopwatch.com/timer/3minute/

16 Energy Lab Pg 16 in notebook: Analysis questions: 1.What is an energy transfer? 2.What is an energy conversion? 3.What is the Law of Energy Conservation? 4.What does an energy diagram show? 5.Draw an energy conversion diagram that was not seen in today’s lab or notes. 6.Draw an energy transfer diagram that was not seen in today’s lab or notes.

Download ppt "Add to Table of Contents: Energy lab Pg. 16 Energy TypesPg. 17."

Similar presentations

Forms of Energy. Ability to do work or cause change Produces Warmth Produces Light Produces Sound Produces Movement Produces Growth Powers Technology.

Forms of Energy. Ability to do work or cause change Produces Warmth Produces Light Produces Sound Produces Movement Produces Growth Powers Technology.
Energy Forms.

Energy Forms.
What is Energy  Energy is the ability to cause change. Change in ANYTHING  There are two general types of energy Kinetic energy Potential energy.

What is Energy  Energy is the ability to cause change. Change in ANYTHING  There are two general types of energy Kinetic energy Potential energy.
Energy Notes Foldables/notes.

Energy Notes Foldables/notes.
The Law of Conservation of Energy Energy cannot be created or destroyed. E= m x C 2.

The Law of Conservation of Energy Energy cannot be created or destroyed. E= m x C 2.
TYPES OF ENERGY Mechanical, Electromagnetic (light), Electrical, Chemical, Sound, Thermal (heat), and Nuclear.

TYPES OF ENERGY Mechanical, Electromagnetic (light), Electrical, Chemical, Sound, Thermal (heat), and Nuclear.
Chapter 6:. 1) Energy is a measure of the ability to cause change or to do “work.”

Chapter 6:. 1) Energy is a measure of the ability to cause change or to do “work.”
ENERGY. What is Energy? The ability to do work or cause change It occurs in different forms: –Electrical, chemical, light, mechanical Energy comes in.

ENERGY. What is Energy? The ability to do work or cause change It occurs in different forms: –Electrical, chemical, light, mechanical Energy comes in.
Energy.

Energy.
How do we define Energy? The ability to do work & cause a change. Unit of measurement is the Joule ( J ) Examples of how we use energy: – cars move, bake.

How do we define Energy? The ability to do work & cause a change. Unit of measurement is the Joule ( J ) Examples of how we use energy: – cars move, bake.
Table Share/Discussion WHAT DO YOU KNOW/REMEMBER ABOUT ENERGY?

Table Share/Discussion WHAT DO YOU KNOW/REMEMBER ABOUT ENERGY?
Essential Question: What are the types of energy and how is energy conserved?

Essential Question: What are the types of energy and how is energy conserved?
All energy is either POTENTIAL or KINETIC. Potential energy is stored energy, either by an object’s position (gravity) or in chemical bonds. Kinetic energy.

All energy is either POTENTIAL or KINETIC. Potential energy is stored energy, either by an object’s position (gravity) or in chemical bonds. Kinetic energy.
Unit 3 Lesson 2 Conservation of Energy

Unit 3 Lesson 2 Conservation of Energy
TYPES OF ENERGY Mechanical, Thermal, Electrical, Chemical, Nuclear, and Electromagnetic,

TYPES OF ENERGY Mechanical, Thermal, Electrical, Chemical, Nuclear, and Electromagnetic,
ENERGY By:.

ENERGY By:.
Energy Notes.

Energy Notes.
ENERGY Forms Transformations Thermal. FORMS OF ENERGY Essential Question: How can you tell the difference between potential and kinetic energy?

ENERGY Forms Transformations Thermal. FORMS OF ENERGY Essential Question: How can you tell the difference between potential and kinetic energy?
Types of Energy Chapter 9. What is Energy? Energy is the ability to do work.

Types of Energy Chapter 9. What is Energy? Energy is the ability to do work.
Kinetic and Potential Energy have many forms. 1. Mechanical Energy - Energy associated with motion or position.

Kinetic and Potential Energy have many forms. 1. Mechanical Energy - Energy associated with motion or position.

Similar presentations

Ads by Google