Binary Numbers in 60 Seconds

011010010110011000100000011110 010110111101110101001000000111 011101100101011100100110010100 100000011000010010000001101000 011011110111010001100100011011 110110011100100000011000010110 111001100100001000000111100101 101111011101010010000001110111 011001010111001001100101001000 000110100001110101011011100110 011101110010011110010010000001 110111011011110111010101101100 011001000010000001111001011011 110111010100100000011001010110 000101110100001000000111100101 101111011101010111001001110011 01100101011011000110

you used 0101111 seconds, not... ugh, can't be bothered to figure out 60

wow, thank you very much for making this video for me

you said theres no 22's but you shoul have said 16's. also since binary works in 8 bit incrimints in most cases you shoulda had the 8 bit system instead of an odd 5 bit. 128 64 32 16 8 4 2 1. it explains more and you also said in 60 seconds when you took 95. sorry just felt like letting you know :)

Doing eight bits would have made it even longer, and it's a bit messy for people who don't know anything about binary to start with.

@KINGxB lol

Awesome explanation, saved me on a camera address install. Much appreciated.

You used 1001100 seconds, not .

He is using natural binary system.

Machine language / binaries as it was done druing the 1950's has not gone away completely; yes, I know you may perceive it as obvious. In fact, from a bigger programming-system it is imperative to never disappear, because it is obvious that decisions always break into yes or no, regarless of complexity. I mean, compare the latests generation languages to assembly for example, or even COBOL; the foundation is the same, but done in a greater amd bigger system.