flipping grade7 celtics (clone)
by: Mr. Gaudet (almost 8 years ago)



Project #2295

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Description

As people, we are often looking to gain an advantage over others.  Often times this is through educated prediction.  The purpose of this lesson is have students see if there is a real pattern on random drawing or if it appears to be a 50/50 proposition, it is indeed  just that.

For this lesson each student will be given a penny and a nickel.  

Students will be asked to estimate the amount of heads and tails that will occur if they flip a penny 20 times.

They will then be asked to estimate the results using a nickel(20 flips).

Is the estimation different?  Explain why or why not.

Next flip the penny 20 times and record the results in iSENSE.

Next flip the nickel 20 times and record those results in iSENSE. 

Using the contribution key, record your data.  Be sure to title your data.  Save your data.

Using the visualization tool, use the bar and pie graph to look at your results.  Were your predictions accurate?  Explain?

If you click updated data, did the graphs adjust?  Why ?  

If we added many more people to this experiment, what if any changes would you expect with the overall percentages?

Open a Google Doc and answer the 3 questions stated above.  Please use full sentences with details when responding.  Be sure to include your name, class section and date.  




Data Sets

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Fields
Name Units Type
Tails
None
Number
Heads
None
Number
Coin
None
Text
Formula Fields
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Media

flipping grade7 celtics (clone)

Project #2295 on iSENSEProject.org


Description

As people, we are often looking to gain an advantage over others.  Often times this is through educated prediction.  The purpose of this lesson is have students see if there is a real pattern on random drawing or if it appears to be a 50/50 proposition, it is indeed  just that.

For this lesson each student will be given a penny and a nickel.  

Students will be asked to estimate the amount of heads and tails that will occur if they flip a penny 20 times.

They will then be asked to estimate the results using a nickel(20 flips).

Is the estimation different?  Explain why or why not.

Next flip the penny 20 times and record the results in iSENSE.

Next flip the nickel 20 times and record those results in iSENSE. 

Using the contribution key, record your data.  Be sure to title your data.  Save your data.

Using the visualization tool, use the bar and pie graph to look at your results.  Were your predictions accurate?  Explain?

If you click updated data, did the graphs adjust?  Why ?  

If we added many more people to this experiment, what if any changes would you expect with the overall percentages?

Open a Google Doc and answer the 3 questions stated above.  Please use full sentences with details when responding.  Be sure to include your name, class section and date.  





Fields
Name Units Type of Data
Tails
None
Number
Heads
None
Number
Coin
None
Text

Our Data
Name(s): ______________________________________
Date: _________________________________________

Tails Heads Coin