Randall Munroe has a great sence of humor! I would love to see the look on the bank employees face when they get to this check! Have a look at some of his cool math shirts.
This check relates to the fact that Verizon can’t do math as proven by multiple emails and recordings to and from Verizon. The amount on the check above is apparently .002 cents. Don’t worry I didn’ know it either, or even where to s…
˛dont remember that sum, but its definitely 1/2 + 1/4 + 1+8 … which is more than 0.002, i think that the sum is 1. and that e˛taupi i dont know whats tau, because that is variable (correct me with value if i am wrong), that would be +/- 2,6˛3.14 thats not null either. if tau is 1 the result would be 0.002+1+20,09. thats my opinion
exp(i*pi) = -1, it it not tau. It is ‘i’ = sqrt(-1), and by eulers identity exp(i*pi) = cos(pi) + i*sin(pi) = -1. The sum is equal to 1, so it is 0.002 + (-1) + 1 = 0.002 .
January 1st, 2007
The value is $0.002
January 1st, 2007
Verizon Can’t Do Math
This check relates to the fact that Verizon can’t do math as proven by multiple emails and recordings to and from Verizon. The amount on the check above is apparently .002 cents. Don’t worry I didn’ know it either, or even where to s…
January 1st, 2007
Verizon cant even host a company that doesnt suck……..
January 2nd, 2007
˛dont remember that sum, but its definitely 1/2 + 1/4 + 1+8 … which is more than 0.002, i think that the sum is 1. and that e˛taupi i dont know whats tau, because that is variable (correct me with value if i am wrong), that would be +/- 2,6˛3.14 thats not null either. if tau is 1 the result would be 0.002+1+20,09. thats my opinion
January 2nd, 2007
exp(i*pi) = -1, it it not tau. It is ‘i’ = sqrt(-1), and by eulers identity exp(i*pi) = cos(pi) + i*sin(pi) = -1. The sum is equal to 1, so it is 0.002 + (-1) + 1 = 0.002 .
January 3rd, 2007
ok, my mistake, didnt read it correctly, thanks for explanation
January 3rd, 2007
I like the memo.
April 15th, 2008
$536.49 roughly
July 29th, 2009
e^(i*pi) is -1 and the series is equal to 1. If you’ve heard the audio that goes with the check it’s supposed to be .002.