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Energy, Forces, and Motion Jeopardy… EnergyMore EnergyMachinesKey TermsGrab Bag $100 $200 $300 $400 $500 Final Jeopardy!
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Energy, Forces, and Motion Jeopardy… Energy for $100 …Ira B. Jones’ style Back Energy in motion is called ____________ energy
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Energy, Forces, and Motion Jeopardy… Energy for $200 …Ira B. Jones’ style Back The energy an object has because of its position (still energy) is called _________ energy.
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Energy, Forces, and Motion Jeopardy… Energy for $300 …Ira B. Jones’ style Back Conservation of energy means that energy can never be ___________ or __________
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Energy, Forces, and Motion Jeopardy… Energy for $400 …Ira B. Jones’ style Back True or False. Explain. It is possible for an object to have no energy at all when it is too hot or cold.
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Energy, Forces, and Motion Jeopardy… Energy for $500 …Ira B. Jones’ style Back The scientist who wrote the three Laws of Motion is _____________.
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Energy, Forces, and Motion Jeopardy… More Energy for $100 …Ira B. Jones’ style A ball rolling down a hill demonstrates ___________ energy. Back
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Energy, Forces, and Motion Jeopardy… More Energy for $200 …Ira B. Jones’ style Give an example of a situation in which an object has gravitational potential energy. Back
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Energy, Forces, and Motion Jeopardy… More Energy for $300 …Ira B. Jones’ style Give an example of a situation in which an object has elastic potential energy. Back
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Energy, Forces, and Motion Jeopardy… More Energy for $400 …Ira B. Jones’ style An 18-wheeler truck would be harder to stop moving down a hill than a small motorbike because of its mass and velocity. What is this property? Back
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Energy, Forces, and Motion Jeopardy… More Energy for $500 …Ira B. Jones’ style Describe how the molecules act differently in a hot object vs. a cold object. Back
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Energy, Forces, and Motion Jeopardy… Machines for $100 …Ira B. Jones’ style Back The picture to the right shows a seesaw. A seesaw on a playground is an example of what type of simple machine? A. lever B. screw C. wedge D. wheel and axle
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Energy, Forces, and Motion Jeopardy… Machines for $200 …Ira B. Jones’ style Back Scissors are an example of a complex machine. Which of the following simple machines are combined to make scissors? A. lever and gear B. gear and pulley C. lever and wedge D. wedge and pulley
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Energy, Forces, and Motion Jeopardy… Machines for $300 …Ira B. Jones’ style Back The bottom of this light bulb is an example of what type of simple machine? A. a lever B. a pulley C. a screw D. a wedge
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Energy, Forces, and Motion Jeopardy… Machines for $400 …Ira B. Jones’ style Back A staircase is most like what type of simple machine? A. lever B. wedge C. inclined plane D. wheel and axle
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Energy, Forces, and Motion Jeopardy… Machines for $500 …Ira B. Jones’ style This part of a crane is an example of a _____ Back
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Energy, Forces, and Motion Jeopardy… Key Terms for $100 …Ira B. Jones’ style A ________ is defined as a push or a pull. Back
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Energy, Forces, and Motion Jeopardy… Key Terms for $200 …Ira B. Jones’ style A _________ machine is made up of two or more _________ machines. Back
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Energy, Forces, and Motion Jeopardy… Key Terms for $300 …Ira B. Jones’ style A force that resists motion is called ________________. Back
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Energy, Forces, and Motion Jeopardy… Key Terms for $400 …Ira B. Jones’ style A force acting on an object to move it across a distance best describes ___________ Back
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Energy, Forces, and Motion Jeopardy… Key Terms for $500 …Ira B. Jones’ style The pivot point for a lever is called a ______________. Back
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Energy, Forces, and Motion Jeopardy… Grab Bag for $100 …Ira B. Jones’ style True or false: Adding more heat to a substance causes temperature to decrease. Back
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Energy, Forces, and Motion Jeopardy… Grab Bag for $200 …Ira B. Jones’ style The picture to the right represents a ___________ Back
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Weather Jeopardy… Grab Bag for $300 …Ira B. Jones’ style Back Describe the results of the thumper activity with the clothes pin and cup. Use scientific language.
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Energy, Forces, and Motion Jeopardy… Grab Bag for $400 …Ira B. Jones’ style Back What happens to a thermometer when it gets hotter/colder. Why?
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Energy, Forces, and Motion Jeopardy… Grab Bag for $500 …Ira B. Jones’ style Back Use an example to explain the Principal of Inertia.
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Energy, Forces, and Motion Jeopardy… Final Jeopardy…make your bets Choose a common complex machine found at home or school. Describe how it works by including the names of the simple machines found in it. Back
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