it doesnt depend on your eyes and ears....it depends on how fast your brain can process it
438426x1 2 years ago
Patrick I am interested to know where you get 3,000 terabits/sec? I can't find any reference on the web? Thanks.
Skalagg 2 years ago
Based on the number of retinal light sensitive cells and how much data each one sends to the brain each second.
pjvdixon 3 years ago
3,000 Terabits (?terabytes) of data per second! Pretty remarkable. How can they really work that out though...
illwobble 3 years ago
@illwobble yeah i dont beleive that becasue if i take a picture of that samething it will only be like 15 mb on my digital camera ...
kevingp12 1 year ago
smartypants : P
excellent advice.
iMBBonlyone 3 years ago
why was this so short? oh.. am i supposed to go to some other website besides youtube?? not gonna happen.
archaedemos 3 years ago
Do comment and rank this video so others can find what is helpful. I read every comment and reply where I can. Thanks Patrick
it doesnt depend on your eyes and ears....it depends on how fast your brain can process it
438426x1 2 years ago
Patrick I am interested to know where you get 3,000 terabits/sec? I can't find any reference on the web? Thanks.
Skalagg 2 years ago
Based on the number of retinal light sensitive cells and how much data each one sends to the brain each second.
pjvdixon 3 years ago
3,000 Terabits (?terabytes) of data per second! Pretty remarkable. How can they really work that out though...
illwobble 3 years ago
@illwobble yeah i dont beleive that becasue if i take a picture of that samething it will only be like 15 mb on my digital camera ...
kevingp12 1 year ago
smartypants : P
excellent advice.
iMBBonlyone 3 years ago
why was this so short? oh.. am i supposed to go to some other website besides youtube?? not gonna happen.
archaedemos 3 years ago
Do comment and rank this video so others can find what is helpful. I read every comment and reply where I can. Thanks Patrick
pjvdixon 3 years ago