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10 Amazing Science Stunts For Parties (1)

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Visit http://www.quirkology.com Buy the book UK: https://goo.gl/BKadJg Buy the book US: https://goo.gl/XLTErW Music: https://cameronwattmusic.wordpress.com

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Encourage them to add there own assignments for other classes

Its always available

Most students have some sort of smart phone

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MURAL - Make remote design work Online brainstorming, synthesis and collaboration

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Digital workspaces for visual collaboration, inspiration and innovation anytime, anywhere, on any device

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Free flashcards to help memorize facts about Forces. Other activities to help include hangman, crossword, word scramble, games, matching, quizes, and tests.

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Did you know you can use Animoto videos to promote your business?

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Heat

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Lesson to cover friction;

roll a billiard ball across an array of surfaces;

carpet

wood

sand

Implementing POE within worksheets that have the underlying concepts embedded within incorporating the learning objectives.

Have students evaluate the photo and discuss what is happening? why use it an application of friction. Given as an aid after the question is posed to the class "how can we use friction" fig.1

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http://phet.colorado.edu/en/simulation/ramp-forces-and-motion

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Could start with a demonstration on the board with the "phet" simulation .

Letting the students be questioned by me about what will happen what do the arrows mean. What will / could happen to the arrows (vectors) when we try and move a heavier object.

Applying a POE questioning format and let them draw the correlation

Set up an inquired based experiment with the extension of the spring. Run through it and incorporate force of gravity

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Hooke's law is a principle of physics that states that the force (F) needed to extend or compress a spring by some distance X scales linearly with respect to that distance. That is: , where k is a constant factor characteristic of the spring: its stiffness, and X is small compared to the total possible deformation of the spring.

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Be able to recite what the definition of a force is and capable of describing and justifying what their interpretation of a force is along with a definition along with relevant examples
Understand a larger force is required to move a heavier object drawing correlations between the underling definition of F= m*a giving various examples
Describe the process involved with the extension of a spring and why it works drawing correlations between the mass added and the extension of the spring

Students understand and explain the force of gravity and its relation to mass. Giving example of mass varying if it was reweighed on the moon.

Show knowledge of the importance of reducing friction in certain scenarios

Be capable to suggest alternatives to avoid friction showing an understanding of its existence (maybe telling you why to cycle on the road versus the grass) (Why road bikes use a skinny wheel versus a mountain wheel)( the importance of having the tires prime to avoid them soft exposing a larger area to the road when cycling at the same speed)

Explain the components of friction and be able to supply everyday applications of friction

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Force, vectors, resistance ( Diagram I could use on the board)