Uh, I can do that? Just plain division.
The long division one really got me.
That quickly to so many decimal places?Uh, I can do that? Just plain division.
Lol that isn't that immpressive. The long division one is really simple, you know 7 goes into 923, 131 times, with 6/7 left over. So all he needs to know is 6/7 as a decimal and add it on the end of 131, which isn't hard to remember.
The long division one really got me.
Same here.Uh, I can do that? Just plain division.
Much congrats to this guy, now give him the Riemann hypothesis..
The long division one really got me.
dudewut2) It's also obvious that . So the first digit is 9.
912 lies between the cube of 8 and 10 so it must begin with a 9..dudewut
Those brackets with the tiny lines at the bottom mean the "floor value" of the answer. Which is you take the answer without regard to the decimal. ie - .dudewut
I can do it that fast too..... (so can spiral).Keep in mind that it's not getting the answer, but the speed at which it is done. While the tricks show how it is done, it is still the speed he's developed that makes it impressive.
+1Keep in mind that it's not getting the answer, but the speed at which it is done. While the tricks show how it is done, it is still the speed he's developed that makes it impressive.
While I believe it can be done, I'm hesitant to believe you can currently do it.I can do it that fast too..... (so can spiral).
post videoI can do it that fast too..... (so can spiral).