This is interesting... at 3:15 the narrow, leftover rectangle you have created has the same proportions as a US dollar bill. I know because I devised a method for finding this proportion from a square a few years back. I didn't realize that, in my version, the "leftover" rectangle was a bronze rectangle. That's so strange. I can't imagine the relationship between these proportions is on purpose but it works out a little too perfectly. www.flickr.com/photos/the_real_juston/7738459074/
(square root of 2) Silver Rectangle÷2=Silver Rectangle (square root of 3) Bronze Rectangle÷3=Bronze Rectangle (square root of 4) Rectangle that's a half of a square
This is interesting... at 3:15 the narrow, leftover rectangle you have created has the same proportions as a US dollar bill. I know because I devised a method for finding this proportion from a square a few years back. I didn't realize that, in my version, the "leftover" rectangle was a bronze rectangle. That's so strange. I can't imagine the relationship between these proportions is on purpose but it works out a little too perfectly.
www.flickr.com/photos/the_real_juston/7738459074/
That's awesome, I didn't realize that. Thank you for sharing!
You came back!!!!!! Don't leave us, please!!!!!!!
Thanks for sticking around, I know it's been way too long! I'm going to try to get on a more regular upload schedule.
Also can you upload more difficult models? 🙃
Great video. I love all your videos. I know life gets busy but thankful to see that you are still going to post videos when you can. Thank you.
Thanks so much, I really appreciate that! I have quite a few videos lined up, so definitely check back soon! :)
Excellent tutorial Evan!!!! Thank you
Also. The hypotenuse of the triangle is 2.
(square root of 2) Silver Rectangle÷2=Silver Rectangle
(square root of 3) Bronze Rectangle÷3=Bronze Rectangle
(square root of 4) Rectangle that's a half of a square