Download Forms of Energy

Survey
yes no Was this document useful for you?
   Thank you for your participation!

* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project

Document related concepts

Directed-energy weapon wikipedia , lookup

Fuel wikipedia , lookup

Open energy system models wikipedia , lookup

William Flynn Martin wikipedia , lookup

100% renewable energy wikipedia , lookup

Energy subsidies wikipedia , lookup

Energy storage wikipedia , lookup

Low-Income Home Energy Assistance Program wikipedia , lookup

Public schemes for energy efficient refurbishment wikipedia , lookup

Regenerative brake wikipedia , lookup

Zero-energy building wikipedia , lookup

Low-carbon economy wikipedia , lookup

Energy Charter Treaty wikipedia , lookup

World energy consumption wikipedia , lookup

Gibbs free energy wikipedia , lookup

Alternative energy wikipedia , lookup

Internal energy wikipedia , lookup

Energy policy of Australia wikipedia , lookup

International Energy Agency wikipedia , lookup

Energy returned on energy invested wikipedia , lookup

Distributed generation wikipedia , lookup

Energy efficiency in transport wikipedia , lookup

Energy policy of the United Kingdom wikipedia , lookup

Energy policy of Finland wikipedia , lookup

Energy harvesting wikipedia , lookup

Conservation of energy wikipedia , lookup

Energy policy of the European Union wikipedia , lookup

Negawatt power wikipedia , lookup

Life-cycle greenhouse-gas emissions of energy sources wikipedia , lookup

Energy in the United Kingdom wikipedia , lookup

Energy efficiency in British housing wikipedia , lookup

United States energy law wikipedia , lookup

Energy Independence and Security Act of 2007 wikipedia , lookup

Energy applications of nanotechnology wikipedia , lookup

Transcript
Forms of Energy
Objective:
Can I recognize different types of
energy transformations?
What is the Law of Conservation of
Energy?
Forms of Energy
 Mechanical
 Thermal
 Chemical
Energy can be
transferred, or
converted, from
one form to
another!
 Electrical
 Electromagnetic
 Nuclear
Mechanical Energy
Energy associated with the motion of an
object.
Rest + Motion
Chewing
Sound
Frog Dancing
Thermal Energy
Heat Energy
All objects give off
thermal energy
Ice cream melting
gains thermal
energy
Chemical Energy
Potential energy stored in chemical
bonds.
Food
Fire Cracker
Stomach
Battery
Electrical Energy
Moving electrical charges that produce
electricity and energy.
Static Shock
Lightening
Computers/TVs/
Radios
Lights
Reality Check
Can I recognize different types of energy
transformations?
Electromagnetic Energy
Energy that travels in waves
Visible light
UV Rays
Microwaves
Electromagnetic Energy
Light Energy
Nuclear Power
Energy stored in the nucleus of an
atom from fission or fusion
Sun
Stars
Nuclear Power
Plant
Law of Conservation of Energy
Energy can NOT be created or destroyed,
only transformed from one form to
another.
With every energy transformation some
energy is always given off as heat energy.
Reality Check
What is the Law of Conservation of
Energy?
Energy Transformations
A. Mechanical
B. Thermal
C. Chemical
D. Electrical
E. Electromagnetic
F. Nuclear
The flashlight is converting
________energy in the into light energy.
Energy Transformations
A. Mechanical
B. Thermal
C. Chemical
D. Electrical
E. Electromagnetic
F. Nuclear
The toaster converts ______ energy
into thermal energy in order to make
toast.
Energy Transformations
A. Mechanical
B. Thermal
C. Chemical
D. Electrical
E. Electromagnetic
F. Nuclear
Strumming a guitar with your finger
transforms _______energy into sound
energy.
Energy Transformations
A. Mechanical
B. Thermal
C. Chemical
D. Electrical
E. Electromagnetic
F. Nuclear
The sun converts ______energy into
thermal and light energy.
Energy Transformations
A. Mechanical
B. Thermal
C. Chemical
D. Electrical
E. Electromagnetic
F. Nuclear
A microwave converts electrical energy
into _______ and sound energy.
Energy Transformations
Plants convert _______energy from the
sun into chemical energy.
Law of Conservation of Energy
A ball that has 4.0 Joules of potential
energy is dropped. How much Joules of
kinetic energy will it have?