B-I-N-G-OOOOOOOOOOOOOOH! spells BINGO.
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You won't get goose bumps from the cam lope or the exhaust note! lol!
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I just flashed back to pre puberty remembering and wondering why my dick got hard at age 12ish when I saw her. DAMN! She is still one of the finest looking creatures God ever created. I put her right up there with Jane Russell, Marilyn Monroe, Sophia Loren, Ingrid Bergman, and Grace Kelly. I'll mention Megan Fox to add a modern day name to the list.
Not to mention california cant generate enough electricity right now to keep hospitals lit up. How are they also going to charge 100 million electric cars that need 50 amp+ connectivity on top of current usage. I know that the infrastructure can be built, but right now they cant even fix supply?!?..... They will probably come up with a genius plan to run diesel generators at charging stations to keep up the demand.
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How are we going to power all these chargers? Coal powerplants? Wind turbines that require oil and frequent oil changes and also kills birds? Nuclear?
^^^ H2's byproduct when being burned is H2O. Back in the early 80's scientists were fooling around with seeing if they could find a way to split H20, burn the H2, capture the water vapor, then split again in a form of perpetual motion. It was called Hydrolysis if I recall correctly. Big article on it I read in the very first year of DISCOVER magazine. But as with many things like this, the cost and energy top split the H20 molecule took more energy than it produced when rebonded back into water vapor when the H2 was burned. Great idea, just not practical. I always hoped that other ideas of working with H2 after that would have caught on. Sadly people were so convinced that H2 was too dangerous to work with because of the Hindenburg incident. What they weren't aware is that H2 was not the big issue in that incident. It was early on in too high a concentration level to explode. It did burn but the accelerant that caused the airship to burn so quickly was the aluminum powder in the paint on the material covering the frame in which the H2 was held. All combustible gases have a high and low concentration level in which they will ignite with air. Some ranges are smaller than others. Below that range it will not ignite at all, above the range it may burn but will nor explode. High enough concentration level and it may not even burn. H2 has an LEL of 5% by volume and a UEL of 17%.