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  • Nov
    5

    Do Now:

    FRIDAY QUIZ

    Learning Target:

    Objects in motion tend to stay in motion unless they experience a net force.

    Activities:

    Today we completed the Reflect and Connect for the Elaborate on pg 101 – 103.

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  • Nov
    4

    Do Now:

    • What are we studying that is easy for you?
    • What are we studying that is challenging for you?
    • What are you doing to make sure you have the grade you want?

    Learning Target:

    Objects in motion tend to stay in motion unless they experience a net force.

    Activities:

    Today we are graphing the data for our coffee filter investigations that we started on Monday.  Students should also complete Steps 4 – 6 from pg 99 – 101 in their notebooks.

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  • Nov
    3

    Do Now:

    • What will be on the x-axis of your graph?
    • What will be on the y-axis of your graph?

    Learning Target:

    Objects in motion tend to stay in motion unless they experience a net force.

    Activities:

    Today we are graphing the data for our coffee filter investigations that we started on Monday.

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  • Nov
    2

    Do Now:

    No Do Now today

    Learning Target:

    Objects in motion tend to stay in motion unless they experience a net force.

    Activities:

    Today we are collecting the data for our coffee filter investigations that we started on Monday.

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  • Nov
    1

    Do Now:

    Friday Quiz Part II

    Learning Target:

    Objects in motion tend to stay in motion unless they experience a net force.

    Activities:

    Today we planned our investigations for Part II of the Elaborate.  The goal is to collect data so that students can create a Number of paperclips vs. Time of fall graph for their coffee filter investigations.

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  • Oct
    29

    Do Now:

    FRIDAY QUIZ

    Learning Target:

    Objects in motion tend to stay in motion unless acted upon by a net force.

    Activities:

    Today we continue work on the Elaborate.  We are using coffee filters to investigate gravitational forces and terminal velocity.  Students should have completed Steps 6 – 7.  This is a series of sketches and  analogy tables.  Stop and Think Part I pg 98 was assigned as homework.

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  • Oct
    27

    Do Now:

    • What is gravity?
    • Does gravity act the same on all things on earth?  Explain your answer with examples.
    • Does gravity act the same in space?  Explain your answer with examples.

    Learning Target:

    Objects in motion tend to stay in motion unless acted upon by a net force.

    Activities:

    Today we began work on the Elaborate.  We are using coffee filters to investigate gravitational forces and terminal velocity.  Students should have completed Steps 1 – 4.  This is a series of sketches, reading notes, and an analogy table.

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  • Oct
    26

    Do Now:

    • We have studied three vectors so far, what are they?
    • Describe the similarities and differences between the three vectors we have studied.  You can draw a table or a Venn diagram to do your comparison, if you like.

    Learning Target:

    Both elastic and inelastic collisions exhibit conservation of momentum.

    Activities:

    Today we completed the Reflect and Connect on pg 86 – 87.  Whatever students did not finish in class was assigned as homework.

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  • Oct
    25

    Do Now:

    • What is momentum?
    • What is the formula used to calculate momentum?
    • Describe a real-life situation where momentum is important.

    Learning Target:

    Both elastic and inelastic collisions exhibit conservation of momentum.

    Activities:

    Today we continued Part II of the Explain.  Teams carried out investigations with the tennis ball apparatus, today using velcro to simulate inelastic collisions.  Students should have a completed data table that includes calculations for momentum and change in momentum for the system.

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  • Oct
    22

    Do Now:

    FRIDAY QUIZ

    Learning Target:

    Both elastic and inelastic collisions exhibit conservation of momentum.

    Activities:

    Today we began Part II of the Explain.  As a class we examined the mathematical relationships between force, velocity, and momentum.  Students should have a two-column table showing the relationships and the explanations of those relationships.

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