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Presentation transcript:

$100 $400 $300 $200 $400 $200 $100$100 $400 $200$200 $500$500 $300 $200 $500 $100 $300 $100 $300 $500 $300 $400$400 $500

KINETIC ENERGY

POTENTIAL ENERGY

OTHER FORMS OF ENERGY

ENERGY MATH

ENERGY LABS

KINETIC ENERGY POTENTIAL ENERGY OTHER FORMS OF ENERGY ENERGY MATH ENERGY LABS $100 $300 $200 $400 $500 $

KINETIC ENERGY - $100 The unit that kinetic energy is measured in.

KINETIC ENERGY - $200 Why does a falling object have the most kinetic energy right before it strikes the ground?

KINETIC ENERGY - $300 Kinetic energy is also known as this.

KINETIC ENERGY - $400 The variables that kinetic energy depends on.

KINETIC ENERGY - $500 This is how many times the kinetic energy of an object increases when the speed of an object triples.

POTENTIAL ENERGY- $100 This is the unit of potential energy.

POTENTIAL ENERGY- $200 Why does an apple have the most GPE when still in a tree before it falls?

POTENTIAL ENERGY- $300 Potential energy is also known as this.

POTENTIAL ENERGY- $400 These are the two types of potential energy discussed in the book.

POTENTIAL ENERGY- $500 Rearrange the potential energy equation to solve for mass.

OTHER FORMS OF ENERGY - $100 This type of energy is due to the stretching or compressing of materials.

OTHER FORMS OF ENERGY - $200 This is the sum of kinetic and potential in a system.

OTHER FORMS OF ENERGY - $300 This is the process that occurs on the sun and which releases energy.

OTHER FORMS OF ENERGY - $400 This is described as the energy associated with a substance that depends on the positions of the atoms it contains.

OTHER FORMS OF ENERGY - $500 This is the type of wave that carries light to Earth from the sun.

ENERGY MATH - $100 This is the potential energy of a car with a mass of 1200 kg at the top of a 42 m high hill?

ENERGY MATH - $200 This is the kinetic energy of a 1500 J car moving at 18 m/s.

ENERGY MATH - $300 This is the mass of a bird flying 550 m above the ground with a GPE of 2808 J.

ENERGY MATH - $400 This is the speed of a 35 kg child who has a kinetic energy of 190 J.

ENERGY MATH - $500 This is the height of a kg egg that has 8.0 J of potential energy.

ENERGY LABS. - $100 As the ball rolled down the ramp, _____ energy was transferred into _____ energy.

ENERGY LABS - $200 How did the ball get the GPE that it had at the top of the ramp? (what did the work?)

ENERGY LABS - $300 A bouncing ball slowly loses height. Name two ways that energy was transferred to nonmechanical forms.

ENERGY LABS - $400 Allie and Sallie have the same mass but Sallie climbs a set of stairs twice as fast. Who does more work? Work generates more power?

ENERGY LABS - $500 This is the relationship between work and steepness of the ramp.

KINETIC ENERGYES - $100 What are Joules? $

KINETIC ENERGYES - $200 Because it has it’s greatest velocity. $

KINETIC ENERGYES - $300 What is “the energy of motion”? $

KINETIC ENERGYES - $400 What are mass and velocity? $

KINETIC ENERGYES - $500 What is increases by a factor of nine? $

POTENTIAL ENERGY- $100 What is the Joule? $

POTENTIAL ENERGY- $200 It has it’s greatest height. $

POTENTIAL ENERGY- $300 What is stored energy? $

POTENTIAL ENERGY- $400 What are elastic and gravitational? $

POTENTIAL ENERGY- $500 What is m = PE/gh $

OTHER FORMS OF ENERGY - $100 What is it elastic potential energy? $

OTHER FORMS OF ENERGY - $200 What is mechanical energy? $

OTHER FORMS OF ENERGY - $300 What is nuclear fusion? $

OTHER FORMS OF ENERGY - $400 What is chemical energy? $

OTHER FORMS OF ENERGY - $500 What is an electromagnetic wave? $

ENERGY MATH - $100 What is Joules? $

ENERGY MATH - $200 What is Joules? $

ENERGY MATH - $300 What is 0.52 kg? $

ENERGY MATH - $400 What is 3.3 m/s? $

ENERGY MATH - $500 What is 15 meters? $

ENERGY LABS- $100 What is gravitational potential to kinetic? $

ENERGY LABS - $200 Work was done by you. $

ENERGY LABS - $300 What is sound, the floor, or thermal (friction)? $

ENERGY LABS - $400 $ Allie and Sallie do the same amount of work. Sallie generates more power.

ENERGY LABS - $500 NO RELATIONSHIP! Steepness  Force  Steepness  Distance  Steepness  Work unchanged! $

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