He did, via taxes. Thats the rub.. he gets to complain. Those that are a drain on the system don't.
By virtue of living in America, you get to complain. That's the 1st amendment.
By virtue of being a US citizen, 18+, and not subject to restrictions due to felony status, you get to vote. That's Article I, Section II, Clause I, as well as the 12th, 14th, 15th, 17th, 19th, 24th, and 26th amendments.
The amount of taxes you pay has nothing to do with the rights of Americans to complain or to vote. Your comments are, frankly, un-American (except for your exercising your right to make an un-American comment... that is distinctly American).
There was a girl in my class at school that had, STILL HAS, tits bigger than my mother when she was the age of 14. Several of them actually.
I'm going to go out on a limb and bet that this girl had exactly two tits, and that you have a really, really small mother.
How will small businesses that are just making ends meet cope with this mandate?
How do small businesses cope with mandates of elevators and wheelchair accessibility and sprinkler heads and exit signs and the thousands(!) of other code requirements?
[Buildings over 10 floors] seem to be the most ideal candidates.
Probably not. For one thing, tall buildings tend to be located near other tall buildings. Unlike low-rise buildings which are often approximately the same height, the height difference of skyscrapers can be 100s of feet. Shading becomes more of a challenge. But probably more importantly, the roof space of tall buildings is essentially too valuable -- it's needed for communication and mechanical units. Finally, skyscrapers make up a remarkably tiny percentage of roof space in San Francisco, so their inclusion or exclusion has a trivial impact on achieving the goals of the legislation.
Self-driving cars can essentially be "more polite" to the bus than the best drivers, and a hell of a lot "more polite" to the bus than most drivers. This could have a very minor or a more significant impact on trip time and/or on trip time consistency depending on a variety of factors. Note, too, that some of these items could help with streetcars, trolleys, or other rail-based at-grade transit too.
Sure, the wall wart is small potatoes. Lots of these items are small bits individually, and they all have to pass a cost/benefit test (the cost of the incremental improvement must be less than the financial savings). When you add up all the bits and bobs, the cumulative impact is significant. It's not like DOE started with wall warts. It focused initially on the biggest opportunities, and works its way down the list. It's only because
It is election time.
No it isn't, at least not generally. There are six senators that signed on:
Giving Bernie a "0 months until election" that is still an average of three years until these six are up for reelection. It's not election time.
I get that you just don't trust the US elected politicians to do the work of the people. Fine. Feel that way. But don't spew factually inaccurate nonsense because you're either too ignorant of federal elections or too lazy to look it up. Perhaps a bit more civic engagement on your part might help prevent the old business overlords, hm?
mdsolar's point isn't that we should build no new nuclear, at least not in this thread. His point is that nuclear can't, in and of itself, decarbonize the electric sector. We simply don't have the capacity to build that many nuclear power plants simultaneously, nor do we have the fuel, nor do we have the money.
The first one might be overcome. After all, if world leaders were able to simultaneously lay out this plan and get political support for it, part of the plan would include training more engineers, trades, and other jobs necessary. We might not be able to build 100 per year in 2016 (or even 2020), but we could ramp up.
The second one might be overcome. After all, with pressure for more fuel, we might go out and find more fuel, develop new techniques to find, recover, and process more fuel, etc. I doubt we could overcome it, but generally speaking if we went "long" on nuclear, at least some more fuel would turn up.
The third one is the toughest. Nuclear power, today, is more expensive than wind and in some places, more expensive than solar. Given that wind and solar don't have the political opposition, don't have 10-15 year lags from "let's build it" to "let's turn it on", and can be built in more places at far smaller increments, it's really tough to argue that we should spend the money on nuclear when there are cheaper options. But -- that could change. Improving the regulatory climate could help lower construction costs, as could improvements in design. Wind and solar $/kW will continue to fall for a while, but perhaps their supply inputs will become scarce and, at least for wind, the locations for the best wind become scarce. At some point in the future it's possible that the $/kWh for nuclear will become cheap enough, but it's not there now.
My view: don't put any option off the table, but let's spend our money to get the most decarbonization per buck. Right now, that means going long on energy efficiency, retiring the old coal units, building wind and solar where we can, and keeping (most) nuclear units already built up and running, so long as their safety is secure. Simultaneously, we should price carbon appropriately, eliminate subsidies on oil, coal, and gas, and be working to lower the cost of all no-carbon generating options using both technology and regulatory approaches. All of those things, together, will result in a steady least cost decarbonization of our electric sector, and if/when/where nuclear can beat out wind and solar, so be it.
The number of FSPers who have moved to New Hampshire pales in comparison to the number of moderately conservative white middle class suburban folks emigrating from Massachusetts. That voting bloc -- and yes, they do vote -- tend to lean law and order and are anti broad social spending, but are definitely not anti-government or libertarian. They're not after some government philosophy; they just want lower taxes for their single family home and 2 SUVs.
To get any good out of that much electrical power, you'd need a huge market to sell it to.
Europe wouldn't be it - too far away, across the Mediterranean. The rest of Africa? Maybe once the political landscape settles down. No bets on that one, though.
All of non-Scandinavian Europe is within 1500 miles of the Sahara. About 200 million Africans live farther away from the Sahara than that.
And 1500 miles isn't that far. For one thing, we've got plenty of under sea cables spanning distances on the order of the width of the Mediteranean, be it the ~10 miles near Gibraltar or the ~100 miles from Tunisia to Sicily, or even the ~350 miles from Egypt to Turkey. For example, NorNed is a 360 mile undersea cable between Norway and the Netherlands. Of course, there will need to be some firming of transmission infrastructure in Europe if you're dropping that much power at one (or even multiple) locations, but the problem isn't one of distance.
The problems are cost, energy security, and reliability. There are still plenty of low-enough cost locations throughout Europe for Europeans to spend that much money in Northern Africa and be encumbered with the reduction in energy security and reliability. As for Africans south of the Sahara, it's really the same story. The additional production per watt of panel in the Sahara isn't enough to overcome the transmission requirements -- cost, security, and and reliability.
At least not yet.
The cost of transmission would be significant. The cost of construction would be non-trivial (get the panels form a nearby port to the site, get enough labor locally, supply chain all of their needs, etc). The reliability risk of putting so many eggs in one basket (both at the site and the transmission across the Mediterranean). And, concentrating the solar in one place results in unnecessarily diurnal production.
Instead, put some panels in the Sahara, sure. But before that, keep putting panels in low-cost locations nearer to load. Rooftops. Sites containing waste (capped landfills, etc) or otherwise economically non-productive and ecologically not interesting. Roadsides. The installation cost per kW will be higher, because of a lack of economies of scale, higher labor cost, and additional equipment necessary. But, you get the value of saving on transmission and distribution construction costs and line losses, the smoothing and stretching of production due to geographic diversity, and both the energy security and the economic boost of doing work in your own country,
It's one thing for Mickey Mouse to be registered. That action has no specific, direct outcome on an election. It's quite another for Mickey Mouse to vote.
You've presented examples of voter registration fraud, not voter fraud.
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