A list of puns related to "Sierpinski Arrowhead Curve"
Iβm currently working on a homework assignment for my IT programming fundamentals class and I literally have no idea where to start. Is somebody able to help me somehow? Thereβs not many people on my campus that can help or are willing to help, and I really canβt afford to fail. I really appreciate it π―
Has to be the best start of a career in the history of the NFL for a QB right? At least one of the best. Appreciate him.
Hi all! I made this video on solving for the area and perimeter of the Sierpinski triangle. If you would be willing to check it out, that would be very much so appreciated.
That being said, it is really fascinating how you can have a geometrical figure with a finite (actually 0) area but also with an infinite perimeter. I guess math is just funny sometimes.
Thanks!
https://preview.redd.it/bipnshnlvgb81.jpg?width=564&format=pjpg&auto=webp&s=2a35216ac8ec772c77728b89be639d46f21f121b
DISCLAIMER- This experience does not sum up the entire Bills fan base but only a select group
We were surrounded by the most obnoxious shit talking, drunk and childish Bills fans last night at Arrowhead. The fans behind us kept throwing empty beer cans into our seats so we would sit on them when we sat down for a sec. Also they told us that the βBills just won the divisional round and are headed to the AFC Championshipβ and proceeded to ask me βhow it feltβ to lose to the Bills in our own stadium.
Thatβs whenβ¦.tragedy struck for themβ¦.
When we won the coin toss I looked back and the were pale as ghosts. I said βyβall are about to pay the Patrick Price β’οΈβ and they had nothing to say back!
Go Chiefs!!! FTR!!
Hi guys, this is just a video I made on the Sierpinski triangles area and perimeter. If you would be willing to check it out, I would very much so appreciate that.
Also I am just curious, and if anybody would know where I could find any math related to a Sierpinski tetrahedron, that would be much appreciated.
Thanks.
Hi guys, I made this video on solving for the area and perimeter of the Sierpinski triangle. If you would be willing to check it out, that would be very much so appreciated.
That being said, it is really fascinating how you can have a geometrical figure with a finite (actually 0) area but also with an infinite perimeter. I guess math is just funny sometimes.
Thanks.
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