Have you watched the 'American Experience' on Tesla? It was on PBS years ago. Probably could find it on the internet, but it was one of the best American Experience's I think they've made. Super interesting watch if you haven't. Tesla basically invented WiFi in the early 1900s but no one ever talks about it.Tesla's a really interesting character. He absolutely got screwed by both Edison and Westinghouse. When he was working with mechanical resonance, he ended up shaking his building. The cops were called, and he told them if they didn't leave him alone, he'd level the city. *LOL*
Not really--Elon is obsessed with prestige and celebrity. Almost everything he does is centered around consolidating his cult of personality. Also, Elon may be a keen mind, but he is no inventor.Even years ago after watching it - I was like "damn that's Elon to a T...."
OK, this is two games in a row with no sign of Peter McNabb. Has the organization provided any information?
I don't think McNab has traveled with the team this year yet. Not really a good sign considering that he was traveling last year.It's McNab, not McNabb. Don't mix up his name with the cheap shot artist who resides in Vegas.
Anyway, in all seriousness it could just be that Peter is taking some time off. The man is 70 years old after all and it's only been just one year since his diagnosis. Obviously it's concerning whenever he's missing time, but it could be (hopefully) that he's enjoying time away from the rink.
If you have a scientific paper to suggest I'm a taker.
Last game he did, he didn't sound or look good at all. I hope he's ok, but I fear he's not.I don't think McNab has traveled with the team this year yet. Not really a good sign considering that he was traveling last year.
Elon Musk is a billionaire. You are nothing.Elon Musk is a fanny. His weirdo fans are even bigger fannies.
Now if you'd take the time to realise that's what he thinks of you, we might get somewhere.Elon Musk is a billionaire. You are nothing.
Thanks for the feedback. My goal is to understand efficiencies of energy conversion at each step. For example your last paragraph covers energy to motion. I also want to know things like the efficiency of mining coal and then burning it to produce electricity. How efficient is that? Then there is GHG footprint for every scenario, then the material usage and scarcity (are EV scalable to the whole planet?), infrastructure issues with the scaling of electricity consumption/production... Lots of reading ahead!A global comparison of the life-cycle greenhouse gas emissions of combustion engine and electric passenger cars - International Council on Clean Transportation
Life-cycle assessment of the greenhouse gas emissions of passenger cars in China, Europe, India, and the United States, which together account for about 70% of new passenger car sales worldwide.theicct.org
Are Electric Vehicles Really Better for the Climate? Yes. Here's Why | Common Dreams
Switching to an EV can make a big difference in how much global warming emissions we produce and is one of the biggest actions a household can take to reduce their carbon footprint.www.commondreams.org
New Data Show Electric Vehicles Continue to Get Cleaner
UPDATE: Get the latest numbers. New data from the US EPA on power plant greenhouse gas emissions are in, and electric vehicles (EV) in the US are even cleaner than they were before. The climate change emissions created by driving on electricity depend on where you live, but on average, an EV drivinblog.ucsusa.org
Driving Cleaner
On average, battery-electric vehicles produce roughly half the global warming emissions of comparable gasoline-powered vehicleswww.ucsusa.org
Actual Report
https://www.ucsusa.org/sites/default/files/2022-09/driving-cleaner-report.pdf
If you have a university login, I can provide a link to some databases that have many studies. There are hundreds of these out there if you have access to those databases.
As a general rule of thumb, even on coal power... an EV is ~15-20% cleaner than the average vehicle. About 5% cleaner than a hybrid. On the US national mix of energy, 65-80% cleaner (anywhere between 15-20k miles to start being cleaner, then significantly). Even in coal heavy areas in the US, the least efficient (non-pickup) EVs are typically about the same as a ~40 mpg vehicle. The most efficient EVs, even in the worst areas are about the same as a 55-60mpg vehicle. EV pickups, closer to ~30-35mpg.
Something not usually taken into account here is also the centralization of the energy production. It is much easier (and more regulated) to manage emissions from a few thousand power plants (many of which are zero or low emission) than it is millions of vehicles. Instead of worrying about the 90s Grand Prix that hasn't had a tune up since 2001 and is spewing black smoke, you have power plants that are required to have inspections and are regulated (for now).
The big reason EVs are this much more efficient is that burning fuel is typically less than 20% efficient at the conversion of energy into motion (the very best hybrids push this to about 30%). EVs (even the worst ones) are about 80% efficient... some approach 90%.
The new system hasn’t been implemented yet…Didn’t think of that one, eh Musky boy?View attachment 603598
Thanks for the feedback. My goal is to understand efficiencies of energy conversion at each step. For example your last paragraph covers energy to motion. I also want to know things like the efficiency of mining coal and then burning it to produce electricity. How efficient is that? Then there is GHG footprint for every scenario, then the material usage and scarcity (are EV scalable to the whole planet?), infrastructure issues with the scaling of electricity consumption/production... Lots of reading ahead!
As a trained engineer I'll need to find peer-reviewed papers with actual equations. Reports by interest groups only goes so far.
You probably have a good point.Now if you'd take the time to realise that's what he thinks of you, we might get somewhere.