Definitely a man who pursued his passions.
RIP.
Creating an average hamburger requires an input of 2-6 kWh of energy, from start to finish. At 15¢ USD/kWh, this gives us an upper limit of about 90¢ of electricity.
The average 14 kB web page takes about 0.000002 kWh to serve. You would need to serve that web page about 1-300,000 times to create the same energy demands of a single hamburger. A 14 mB web page, which would be a pretty heavy JavaScript app these days, would need about 1 to 3,000.
I think those are pretty good ways to use the energy.
The airwolf one was funny, since it was a childhood favorite, and what a funny little typo they had there.
When watching the video I was thinking to myself, could this series have influenced my future interests in ways I didn't even know? Fun.
Coincidentally, your web site https://jgc.org/ is truly a lovely example of https://news.ycombinator.com/item?id=44613625 which was just discussed today as well.
Love your behind the screens stuff!
Creating an average hamburger requires an input of 2-6 kWh of energy, from start to finish. At 15¢ USD/kWh, this gives us an upper limit of about 90¢ of electricity.
The average 14 kB web page takes about 0.000002 kWh to serve. You would need to serve that web page about 1-300,000 times to create the same energy demands of a single hamburger. A 14 mB web page, which would be a pretty heavy JavaScript app these days, would need about 1 to 3,000.
I think those are pretty good ways to use the energy.
For a user's access to a random web page anywhere, assuming it's not on a CDN near the user, you're looking at at ~10 routers/networks on the way involved in the connection. Did you take that into account?
Would love it if someone kept a list.