Using my mathematical prowess, I can also solve P=NP. Observe:
P/P=NP/P -> Divide both sides by P (basic algebra)
N^8=1^8 -> Take both sides to the 8th power (1 to the eighth is still 1)
N=1*1*1*1*1*1*1*1
From here, we'll use basic logic.
11111111 in binary is 255, or the ÿ character, which bears a similarity to the letter y, which substitutes as "yes" in many consoles. So, in conclusion:
2 comments:
Indeedy.
Using my mathematical prowess, I can also solve P=NP. Observe:
P/P=NP/P -> Divide both sides by P (basic algebra)
N^8=1^8 -> Take both sides to the 8th power (1 to the eighth is still 1)
N=1*1*1*1*1*1*1*1
From here, we'll use basic logic.
11111111 in binary is 255, or the ÿ character, which bears a similarity to the letter y, which substitutes as "yes" in many consoles. So, in conclusion:
P=NP? Yes.
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