In the CNN article it says...
His 1977 role as Obi-Wan Kenobi introduced him to a new generation of filmgoers and made him financially secure. "I might never have been heard of again if it hadn't been for 'Star Wars'," he said.
It sounds like he had at least some positive feelings for the genre.
C = 2Wlog^2M where C = data rate (bps) W = bandwidth M = number of levels per signal element Say your bandwidth is 3000 Hz and you have eight levels per signaling element. Your data rate is then 18,000 bps. This equation is an ideal one as it does not take effects into account such as noise, signal attenuation, etc. Whew... My first post on Slashdot!:)
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You must find God.
Exactly. I see people leave the bathroom regularly without washing their hands. There's an invention worth creating in this issue someplace...
Ship yourself in a box. Mark it "Fragile". See what happens. (Some guy did this in Ohio as a science project).
In the CNN article it says... His 1977 role as Obi-Wan Kenobi introduced him to a new generation of filmgoers and made him financially secure. "I might never have been heard of again if it hadn't been for 'Star Wars'," he said. It sounds like he had at least some positive feelings for the genre.
"(the speed of an electrical signal is virtually identical to a light signal)"
An electrical signal travels about 2x10^8 m/s through copper wire, with SOL being 3x10^8 m/s through free-space.
C = 2Wlog^2M where C = data rate (bps) W = bandwidth M = number of levels per signal element Say your bandwidth is 3000 Hz and you have eight levels per signaling element. Your data rate is then 18,000 bps. This equation is an ideal one as it does not take effects into account such as noise, signal attenuation, etc. Whew... My first post on Slashdot! :)