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Energy, Machines, & Motion 6 th Science Kingston Middle School

Energy, Machines, & Motion

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Energy, Machines, & Motion. 6 th Science Kingston Middle School. EMM 1. Explain what you know about Energy and Forces? What are your past experiences with each?. EMM 2. - PowerPoint PPT Presentation

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Page 1: Energy, Machines, & Motion

Energy, Machines, & Motion

6th Science

Kingston Middle School

Page 2: Energy, Machines, & Motion

EMM 1Explain what you know about Energy and

Forces? What are your past experiences with each?

Page 3: Energy, Machines, & Motion

EMM 2On a separate piece of 3-hole line paper

diagram and label how you build a battery. Explain in complete sentences how you know a battery works.

Page 4: Energy, Machines, & Motion

EMM 3What is the evidence we have that proves

energy is stored in a battery? Provide support for your answer with details from the experiment.

Page 5: Energy, Machines, & Motion

EMM 4How does the charging time affect the

stored energy in a rechargeable battery? What energy transformations take place?

Page 6: Energy, Machines, & Motion

EMM 5.1What is force? Explain with examples

gravitational and elastic forces.

Page 7: Energy, Machines, & Motion

EMM 5.2How is weight similar to mass? How are

they different? Provide support and examples for your explanation

Page 8: Energy, Machines, & Motion

EMM 6What are the three factors that affect the

force of friction as tested in our labs? Which factor has the greatest influence on friction and which has the least influence?

Page 9: Energy, Machines, & Motion

EMM 7Explain how to connect an electric motor to

achieve the highest possible force. Discuss the energy transformations through this system.

Page 10: Energy, Machines, & Motion

EMM 8From a scientific perspective, what does

more work, a ferry boat, or a dam? Explain your thinking with detail.

Page 11: Energy, Machines, & Motion

EMM 9Explain who has more power, David moving

150 N-M of books in 10 Seconds, or Gillian moving 300 N-M of books in 4 Seconds? Why?

Page 12: Energy, Machines, & Motion
Page 13: Energy, Machines, & Motion

EMM 11Why is an inclined plane considered a

machine? Support your answer with an example of an inclined plane and explain why it is a machine.

Page 14: Energy, Machines, & Motion

EMM 12Explain the difference between a single

pulley and fixed/moveable pulley configuration. How does each affect the amount of work needed? What happens to the effort force compared to the effort distance when lifting the load the entire load distance for different pulley configurations?

Page 15: Energy, Machines, & Motion

EMM 13Provide an example of each of the three

types of levers. Explain your thinking with words, diagrams, and labels.

Page 16: Energy, Machines, & Motion

EMM 14What is the difference between ideal and

actual mechanical advantage? How are each calculated?

Page 17: Energy, Machines, & Motion

EMM 15What is machine efficiency? Considering

modern science and technology, could we achieve 100% efficiency in a machine?

Page 18: Energy, Machines, & Motion

EMM 17Describe the energy transformations

involved in using the electric motor to lift the sled with 14 washers from lesson 16.

Page 19: Energy, Machines, & Motion

EMM 18Compare and contrast motion and speed.

What scientific tools are required to measure each?

Page 20: Energy, Machines, & Motion

EMM 19How does the size and duration of a force

effect the motion of an object? Provide an example of your thinking.

Page 21: Energy, Machines, & Motion

EMM 20Compare and contrast the energy

transformations of the fan car, mousetrap car, and roller coaster car.