This is almost as bad as listening to lawyers talk about software.
This is almost as bad as listening to lawyers talk about software.
Administrative Procedure is the kind of thing that makes even most lawyers go to sleep. From my brief review it appears that the court thinks that the FCC does not have an internally consistent logic for the treatment of the broadband carriers within the statutory limits set for it by Congress.
It could well be right. That court does practically nothing else but review the actions of administrative agencies. It is very good at doing that.
Not that Congress can do anything useful about anything. Which is another way of saying it cannot break things even more badly if you look at the bright side.
First of all, his oath of office (from Wikipedia)
I do solemnly swear (or affirm) that I will support and defend the Constitution of the United States against all enemies, foreign and domestic; that I will bear true faith and allegiance to the same; that I take this obligation freely, without any mental reservation or purpose of evasion; and that I will well and faithfully discharge the duties of the office on which I am about to enter. [So help me God.
Nothing there about the President, though he does serve at the pleasure of the President. Obviously, maintaining the President's pleasure means keeping the policies. Oh, and the "White House" is lots of people who are not the President, so it is quite possible to not get drawn into White House inside politics and still maintain the President's policies.
Remember, that ethanol is present as an oxygenate to prevent carbon monoxide and soot. The discontinuation of the use of MBTE (methyl tert-butyl ether) left ethanol the primary one. Methanol is even worse for engines than ethanol. Whatever the shortcomings of ethanol from an engineering basis, it is non-toxic in reasonable quantities.
Having worked with gallium, it is not the easiest metal to work with. It forms oxides easily on its surface, and when these oxides combine with the metal, the metal can stick to metals and glass quite easily. Gallium has been used to back mirrors for that reason.
For those wondering, just because it melts easily, does not mean it has any vapors. Unlike mercury, it has a very high boiling points and has essentially zero vapor pressure at temperatures that can be tolerated by people. As for non-toxic, as far as I know it is not poisonous in reasonable quantities, but neither is it generally recognized as safe (GRAS). Six-nines gallium is probably what to use (99.9999%), as Five-nines gallium (99.999%) usually has signifcant mercury levels in the remaining portion.
It supercools very nicely in plastic containers, and once melted will stay liquid at room temperature for quite a while. It expands upon freezing, like water, and often develops a distinctive cracking pattern when solidifying.
It will eat aluminum instantly. Certain stainless steels are fine for a while, but iron (not plain steel), berylium, tungsten and the like are other metals you can use with it and not have problems with dissolving part of it.
It is a blast, and you can buy small quantities of it from Amazon.
Like the building of the healthcare website, the management of the IRS non-profit review function, or lots of other government operations have great oversight either.
The politicians elected to run the government want to play politics, not actually run the government. So that is what they do.
When my alderman (probably councilman in your city) failed to deliver adequate city services, she was voted out of office. That does not happen higher than the city level.
Hansen's principal point is moving fast enough. His point is that if you are too slow, certain irreversible things will happen. Therefore you have to go with currently executable plans. The United States went dam-happy after Hoover dam, so it is not like we have hydropower waiting to happen. Nuclear is the one thing that we can execute on large scales to provide 24x7x365 power for many nations right now.
Hansen's problems are not with leading engineers. They are with politicians, activists, amatueur busy-body fearmongers and their me-too hangers on. He thinks a tipping point is coming, and that the other side of that tipping point outweighs any worry you have about nuclear power. And you can theorize all you want about your solar panels, windmills, etc. Nuclear is what has been proven to provide a substantial portion of world power without carbon load.
He is not interested in theories. He is interested in precedented engineering. Nuclear provides 20% or so of electricity in the U.S. today, around 80% in France. There is no "renewable" that provides so much power to a major country today.
The fact is that a lot of the global warming band wagoners are only on board so they can bash the same enemies they have been bashing for 40 years. When they hear they have to team up with some of their old enemies or the world is going to flood, well, they get off the bandwagon. They do not give an actual rats ass about the planet. They forgot about it 30 years ago.
The question being criticized requires the child to generalize. Whether the generalization that the child is fairly or unfairly being asked to do the task appears to be the point of disagreement here. Also, the form and length of the test comes into play.
Question #1 is not particularly different from #5 or #7 except that the number is on a drawing of a cup instead of in a drawing of a square. Are we really putting that much weight of fairness on that difference? It seems that perhaps that the particular teacher is missing the point: we can't train students to only respond to numbers in squares. They should respond to numbers in triangles, circles, and cups as well. Yes, the cup is harder. What is wrong with testing contextualizing skills as well as the number skill?
I agree the children will not be helped if teachers are not ready to deliver the lesson. The teacher's guide for following up on this test was either wanting, or unread by the principal in question. It would be nice to hear what the teacher's guide for the test actually said.
It sounds like you have control of the whole machine, which makes you the sysadmin. You don't only get to choose the programming language. You have to design a workflow. The programming language will fall out of you designing your plan of attack. You have to do so within the limitation of your advisor's budget, the assistance you can beg, etc. Take comfort in the fact that procedural languages are deep down 98% the same with different words for things, it is the libraries that get confusing. And read the library documentation like your life depends on it. It does.
> the more complex the product the more complex the printer will need to be and the less efficient doing it on a small scale will be
There's some truth to that. I don't think you're going to have many individuals building a BMW (or even a Nissan Sentra) at home. A few hobbyists, maybe, not on a large scale.
But what is GOING to happen
What if I can go into a custom tailor's shop and have a suit made while I go have lunch? Just the way I want it, at a reasonable price, and without waiting for days.
THIS is the future. We live in exciting times.
The services may exist. IP enforcement against an actual brick and mortar location is quite possible. Music licensing does it year in and year out one bar and restaurant at a time. Yet, the system works because licenses are easily obtained through a central service.
Yes, but what patented objects can be just scanned in and printed? I can't really thing of any significant ones. An iPhone? A pharmaceutical? Could they print a Teddy bear? And that's not patented. And if you could (at all), could you do it at a reasonable price? One has to think that the manufacturer's cost of making it will always by X/4 or so.
Yes, an old Benjamin Franklin experiment to find the thickness of an oil particle.
Many, many hits on google for this experiment. It actually happened unlike the kite/lightning storm thing.
Let's see. This is a molecule in pre-clinical testing. I would give this specific molecule about a 1 in 1,000 chance of actually being marketed. Those are damn good odds for a molecule at this stage. This is why you always have to take the word "potential" with a boulder of salt.
The first patent act was in 1790. The Constitution only permitted Congress to have patents. Congress had to decide to do it.
If you go to the article, you can see that this means that you can embed a stretchable wire in a plastic body. The high self-attraction of the metal for itself instead of the plastic means you have a wire that is not going to develop stress and break.
If you can't learn to do it well, learn to enjoy doing it badly.