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Potential and Kinetic Energy How is all energy divided? Potential Energy Kinetic Energy All Energy Gravitation Potential Energy Elastic Potential Energy.

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Presentation on theme: "Potential and Kinetic Energy How is all energy divided? Potential Energy Kinetic Energy All Energy Gravitation Potential Energy Elastic Potential Energy."— Presentation transcript:

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2 Potential and Kinetic Energy

3 How is all energy divided? Potential Energy Kinetic Energy All Energy Gravitation Potential Energy Elastic Potential Energy Chemical Potential Energy

4 Potential Kinetic energy of position or energy in storage. Water behind a dam Water behind a dam Hammer over head Hammer over head Food on the plate Food on the plate energy of motion, the form capable of doing work Flowing water A falling hammer Electrons regenerating ATP in a biological cell

5 What is Potential Energy? oEnergy that is stored and waiting to be used later

6 Potential Energy The energy in matter due to its position or the arrangement of its parts

7 What is Gravitational Potential Energy? oPotential energy due to an object’s position oThe higher an object the greater the gravitational potential energy oP.E. = mass x height x gravity height x gravity Don’t look down, Rover! Good boy!

8 What is Elastic Potential Energy? oPotential energy due compression or expansion of an elastic object. Notice the ball compressing and expanding

9 What is Chemical Potential Energy? oPotential energy stored within the chemical bonds of an object

10 What is Kinetic Energy? oEnergy an object has due to its motion oK.E. =.5(mass x speed 2 )

11 Kinetic Energy Energy of a moving object

12 What is Mechanical Energy? o Energy due to a object’s motion (kinetic) or position (potential). The bowling ball has mechanical energy. When the ball strikes the pins, mechanical energy is transferred to the pins!

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14 Examples of Mechanical Energy

15 Potential or Kinetic Energy: Do You Know the Difference? ContinueHome

16 Which energy type? An airplane circling in preparation for a landing Potential EnergyKinetic Energy ContinueHome

17 Potential EnergyKinetic Energy Which energy type? A pile of coal that will be used for fuel ContinueHome

18 Potential EnergyKinetic Energy Which energy type? A flag blowing in the wind ContinueHome

19 Potential EnergyKinetic Energy Which energy type? A hatbox stored on the top shelf of a closet ContinueHome

20 Potential EnergyKinetic Energy Which energy type? An unlit firecracker ContinueHome

21 Potential EnergyKinetic Energy Which energy type? A hammer held above a nail ContinueHome

22 Potential EnergyKinetic Energy Which energy type? A marble rolling down the aisle of your science classroom ContinueHome

23 Potential EnergyKinetic Energy Which energy type? A new car battery ContinueHome

24 Potential EnergyKinetic Energy Which energy type? Glucose stored in plants as a result of photosynthesis ContinueHome

25 Potential EnergyKinetic Energy Which energy type? An ant crawling across a sandwich at a picnic ContinueHome

26 Potential EnergyKinetic Energy Which energy type? A tennis racket about to crash down on a ball near the net ContinueHome

27 Potential EnergyKinetic Energy Which energy type? An eyelash fluttering ContinueHome

28 Potential EnergyKinetic Energy Which energy type? Energy at rest ContinueHome

29 Potential EnergyKinetic Energy Which energy type? The release of stored energy ContinueHome

30 Potential EnergyKinetic Energy Which energy type? Energy of motion ContinueHome

31 Potential EnergyKinetic Energy Which energy type? A dam holding back a river’s water ContinueHome

32 Potential EnergyKinetic Energy Which energy type? A mousetrap set and ready to spring ContinueHome

33 Super Job! You are correct! Continue


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