Having fun with math using magnetic force
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Having Fun with Math using Magnetic Force. Fellow: Shelly Bursick Teacher: Dianne Gann . Inquiry:. What do you think today's topic is about? What do the objects hanging around the classroom have in common? Who can tell me what relationship these items have with our previous lesson?.

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Having fun with math using magnetic force l.jpg

Having Fun with Math using Magnetic Force

Fellow: Shelly Bursick

Teacher: Dianne Gann


Inquiry l.jpg
Inquiry:

  • What do you think today's topic is about?

  • What do the objects hanging around the classroom have in common?

  • Who can tell me what relationship these items have with our previous lesson?


Previous class review l.jpg
Previous Class Review:

  • We found that Magnets:

    • Have many different shapes and sizes.

    • Have a north and south pole. (If two north poles of a magnet touch they will repel. )

    • They will act on most metallic objects with an attractive force.


Activity review testing the force of a magnet magnetic strength l.jpg
Activity Review:Testing the force of a Magnet “Magnetic strength”

  • Activity: “Fishing for Clips”

    • Materials:

      • 2 Paper bags

      • Fishing line

      • Fish (Paper clips) 36 small 36 large

    • Procedure:

      • In one paper bag put small paper clips and put the large paper clips in the other.

      • Fish five time from each bag and record the catch.



Calculation l.jpg
Calculation:

  • 1. Calculate the Average or Mean: The mean tells you the number of fish caught and divides the total number of catches equally.

  • 2. Create a Graph for the data.

    • Put the trials on the x-axes and the average number of fish caught by the teams on the y.


Averages for fishing for clips data l.jpg
Averages for “Fishing for Clips” data



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Evaluate Data:

  • Did you find it helpful or even easier to examine the data when we used averages?

  • Do the graphs indicate which fish was caught the most?

  • Do you think if we used three magnets we would catch three times as many fish?


Review of 2 nd activity magnets strength l.jpg
Review of 2nd Activity:Magnets Strength

  • Activity: “Fishing for Clips Part two”

    • Materials:

      • Paper bag

      • Fishing line

      • Fish (Paper clips) 36 small 36 large

    • Procedure:

      • In the paper bag put the small and large paper clips.

      • Fish five time from the bag and record the number of small and large fish caught and then record the weight of the entire catch.


Calculations l.jpg
Calculations:

  • 1. Calculate an Average.

    • Add up your trials for the small fish and record this where it says total. Repeat this for your large fish and the weight. Now using your total’s take the average for each of the columns in your tables.

  • 2. Find the Median:

    The median is the middle number when each catch is put into numerical order.

  • 3. Locate the Mode:

    The mode is the number of fish caught that occurs the most.


Evaluate data12 l.jpg
Evaluate data:

  • Which team caught the most large or small fish? (Did this team also have the greatest weight?)

  • Which size was caught the most, the large or the small?

  • What method did you use to catch the fish?


Create a graph l.jpg
Create a Graph:

  • Graph procedures:

    • The teams trials will be represented on the x-axes. So as an example, Team 1 is first entry on the x-axes and Team 2 the second and so on.

    • The teams averages will be represented on the y.



Review of graph l.jpg
Review of Graph:

  • There where many factors we considered when graphing our data.

    • Is there any conclusion we can draw from our graph?

    • Do you see a correlation between weight and the number of large clips caught?

    • Is there any size that is caught the most? (why do you think this is?)


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Quiet time to reflect:

  • Each of you need to take your table work sheets and flip them over. On the back of the work sheet I would like you to write down a paragraph about the topics we covered today.

    Keep in mind the math we used and how we applied this to our magnet activities.


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