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Intro To Energy
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Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Jan 18, 2016

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Corey Parker
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Page 1: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Intro To Energy

Page 2: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Atomic Bomb• Atomic Bomb Aerial Clip • Atomic Bomb Wide Shot Clip 2• Buildings Blown Away

1. How big do you think the bomb was prior to explosion?2. What factors caused the huge explosion?3. Why is the bomb so destructive?4. What causes the effects of what we saw in the clips?

Page 3: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

•What are some forms of Energy.—we will make a list on the board

Page 4: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Video• What is Energy?

Page 5: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Potential Energy• Definition: Broad category for long term stored energy in an

object based on position or composition.

• Analogy: Money stored in a bank => long term storage of energy

Page 6: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Kinetic Energy Ek

• Definition: Short term storage of energy based on an objects or systems movement

• Moving objects have energy. An object must have energy to move.

• Examples: flowing water (river, waterfall)

Page 7: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Gravitational Energy Eg

• The higher an object is from the surface of the earth, the more gravitational energy the object has.

• If the force of gravity can pull two objects closer together, they contain stored energy when they are held apart. (Energy stored in a gravitational field)

Floor

Page 8: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Elastic Energy Eel

• Elastic energy is stored in the deformation of objects that want to return to their original shape • rubber bands and springs (You can pull and push springs)

Page 9: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Thermal Energy Eth

• Thermal Energy is stored in an object when the motion of atoms and molecules is increased causing them to collide with each other more often. (Heat is produced)• Hot springs• A cup of hot tea

Page 10: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Chemical Energy Ech

• Energy stored in the chemical bonds within molecules. It is released in chemical reaction.• Batteries• Natural gas• Coal• Living Things

Example: The energy stored in gasoline is released by burning it (combustion). During combustion, chemical bonds are broken and reformed, releasing energy

Page 11: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Nuclear Energy• The energy that is contained within the nucleus of an atom.• Transforms into light, sound and heat when a nuclear bomb

goes off.

Page 12: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Electrical Energy • Is associated with its configuration of a particular set of point

charges within a defined system. An object may have electrical energy by its own electric charge and its relative position to other electrically charged objects.

• Energy stored in an electric field due to separation of charges• Lightning• Batteries (IN USE)- when you turn on a battery the electrical

energy is converted into other forms of energy.(thermal, sound, light

• Headphones• Static electricity

Page 13: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Light Energy• Light Energy is electromagnetic energy• Light Bulbs• X-rays• Sunshine/Solar energy• Radio Waves

Page 14: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

Mechanical Wave Energy-sound• Movement of energy through a substance, such as air or

water, and is caused by vibrations. Sound is a mechanical wave like water waves and earthquake waves/vibrations. • Voice/singing• Musical instruments—vibration of the strings• Clapping

Page 15: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

PE vs. KE• All energy can be one of two states: Potential Energy or Kinetic

Energy• Categorize the types of Energies into Potential or Kinetic Energy

Gravitational EnergyElastic EnergyThermal EnergyLight EnergyChemical EnergyWave Energy-soundElectrical Energy

Page 16: Intro To Energy. Atomic Bomb Atomic Bomb Aerial Clip Atomic Bomb Wide Shot Clip 2 Buildings Blown Away 1.How big do you think the bomb was prior to explosion?

In journals:• What does energy allow us to do?• Is energy a physical object? Can objects have energy? Why?• How does this relate to the atomic bomb?