... yes, come sunny, rain or snow ... and lots of snow!
This little brownie ventured out in ski coat, pants, thick boots, gloves for eating snow and on top of it all she is coming down with a pretty good runny nose and cough - but yet, she was determined to go.
We had to drive to a different neighborhood because ours houses 6 girl scouts in it! I figure we walked a block of about 30 houses - a few had no solicitation signs, several not homes, a few no thank you’s and 6 houses for a total of 12 boxes sold in an hour and a half but then she was cold and hungry so we headed back in...
and ate cookies - no not really!
But she did help me make this idea I saw on Pinterest although I can't find the source since the back link on the pin didn't work... but you get the idea!
Then she got motivated and wanted to work on a new badge called "Computer Expert" so she helped make 35 postcard thank you's that you might be lucky enough to receive ... hint, hint...
In the meantime, downstairs, robotics was in session and Dennis shared these lovely photos with all of us team parents.
They successfully made a C60 buckminsterfullerene using Dots candy and toothpicks.
So in case you are wonder what a C60 buckminsterfullerene is, here is some interesting facts that they learned and Dennis shared with the parents in the email...
What is a Bucky Ball?
Buckminsterfullerene is a carbon allotrope. The molecule has 60 carbon atoms that bond together in 12 pentagons and 20 hexagons. The come together to form a ball, similar to a soccer ball.
History of a Buckminsterfullerene
Buckminsterfullerene was first discovered in 1985 by Richard Smalley, Robert Curl, James Heath, and Sean O'Brien from Rice University in Houston, who teamed with Harold Kroto from the University of Sussex.
The scientists were doing experiments to see if they could recreate large carbon molecules that were observed in space, using special instruments and telescopes. They put graphite (another carbon allotrope) in a chamber an blasted it with a high power laser. During the experiment, they measured C60 molecules.
Dr. Smalley used models to try and build a C60 molecule that would be stable. He found that he needed a mixture of both hexagons and pentagons. The structure looked like a geodesic dome.
Dr. Smalley and the others named the new C60 molecule buckminsterfullerene after R. Buckminster Fuller, an American architect who is famous for designing geodesic dome structures.
Drs. Smalley, Curl and Kroto won the Nobel Prize in Chemistry for their discovery in 1996. They are often credited for the invention of nanotechnology.