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Blog Simple Science Experiment with the Raspberry Pi
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  • Author Author: mikedavis
  • Date Created: 2 Sep 2014 6:13 PM Date Created
  • Views 2478 views
  • Likes 1 like
  • Comments 8 comments
  • science
  • temperature
  • raspberrypi
  • probe
  • fair
  • sensor
  • stem space
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Simple Science Experiment with the Raspberry Pi

mikedavis
mikedavis
2 Sep 2014

Since I got my first Raspberry Pi, I have been struggling to find a simple science experiment that I could do around the house.  I wanted to do something interesting, that used something I was familiar with.  It also had to involve temperature since that was the only probe I owned at the time.

 

I have a glass beaker mug that I got from a conference.  I don't remember the conference, but that was a highly coveted piece of swag from the exhibition floor, and I felt that I was luck to have it.  As cool as it looks, it is the worst mug I own.  Drinking coffee from that mug is like a drinking contest; it cools down so fast!  So I decided to see what coffee mug acts as the best insulator.

 

This has all of the core components of a classic science fair project.

  • Observation:  My coffee gets cold too quickly in this mug.
  • Hypothesis:  I bet other mugs might be better.
  • Experiment:  I can measure the temperature of water as it cools down over a long period of time using a temperature probe.
    • Heat 300mL of water (the beaker mug has graduation marks, so it isn't totally worthless) for 2 minutes in the microwave.
    • Pour the hot water into the mug of choice.
    • Stick in the temperature probe.
    • Watch the temperature drop as it cools down.
  • Conclusion:  None yet, but my travel mug seems to be doing the best.

 

image

I am a little surprised by this.  I thought my ceramic mugs were better than my glass mug.  According to this, there is little to no difference.

 

I also leads me to other questions:

  • Are there other better ceramic mugs in my house.
  • Will a lid help?
  • What about a travel mug without a lid?
  • What is the optimal drinking temperature - the best mug should be there the longest?

 

It took most of Labor Day to collect this data, and I did most of it while I was doing other things.  I have posted on the temperature probe before.  Again, because the RPi is a dedicated computer, I can dedicate it to watching temperatures for a long time, and do some calculations with it.

 

I wish I were young enough to enter it in the Science Fair!

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Top Comments

  • jw0752
    jw0752 over 11 years ago +1
    This is a very good experiment and a good science application of the temperature probe and the Raspberry Pi. You can't however go back and use it as a school science experiment. Fortunately, now you have…
  • shabaz
    shabaz over 11 years ago +1
    These kinds of experiments are always the most fun,since one learns a lot not just about the desired experiment itself, but also about the methods used to perform the tests, like what probes are good,…
  • michaelwylie
    michaelwylie over 11 years ago +1
    I think you should try to determine the heat transfer coefficients for each of the materials.
Parents
  • jw0752
    jw0752 over 11 years ago

    This is a very good experiment and a good science application of the temperature probe and the Raspberry Pi. You can't however go back and use it as a school science experiment. Fortunately, now you have Element 14 to do the experiment for. I want to see the result for a styrofoam cup.

    John

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  • jw0752
    jw0752 over 11 years ago

    This is a very good experiment and a good science application of the temperature probe and the Raspberry Pi. You can't however go back and use it as a school science experiment. Fortunately, now you have Element 14 to do the experiment for. I want to see the result for a styrofoam cup.

    John

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  • mikedavis
    mikedavis over 11 years ago in reply to jw0752

    I plan to do a styrofoam cup (with and without lid).  I also want to do a single paper (Starbucks) cup, and a pair of nested cups.  I don't know if more cups leads to better insulation, but this is a good way to find out.

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