While getting captured up on my reading in Feedly this early morning I came throughout a.
new brand-new from The Oatmeal. The comic is based on a 2012 BBC article entitled.
How Tall Can a LEGO Tower Get? The comic and the article triggered me to turn to YouTube for videos about building giant LEGO towers. YouTube did not disappoint me in my look for videos that discuss the mathematics and physics highlighted in the BBCs post and The Oatmeals comic..

Applications for Education.
The concern of “how high can a LEGO tower get?” is a fun timely for diving into discussions about math and physics. Before showing students the video or the post pointed out above, I d have them make guesses regarding the answer then write out lists of the variables that they can consider that would influence how tall the tower could get. After they view the video I d have a little class contest to see who can develop the highest tower with the LEGOs available in my class.

If you see it somewhere else, it has actually been used without permission. Sites that steal my (Richard Byrnes) work consist of CloudComputin and WayBetterSite.

The comic and the short article triggered me to turn to YouTube for videos about developing huge LEGO towers. The video describes the mathematics that was used by scientists at The Open University to figure how high a LEGO tower would get prior to the blocks collapsed under their own weight. Before revealing trainees the video or the short article mentioned above, I d have them make guesses as to the answer then write out lists of the variables that they can believe of that would affect how tall the tower might get. After they view the video I d have a little class contest to see who can construct the tallest tower with the LEGOs offered in my class.

The video explains the mathematics that was used by researchers at The Open University to figure how high a LEGO tower would get prior to the blocks collapsed under their own weight. Of course, the mathematical response presumes that the tower would not fall over before reaching its optimal height.