It's a lot easier to get caught when breaking into the padlock than when driving by with an RF device.
If you use rechargeable batteries, four AA will be about 4.8v. Which may be close enough.
IANAL, but I wonder if a case couldn't be made that by limiting the distribution of parts of their Linux kernel source code, they've violated clause 6 of the GPL2 in every product of theirs that uses a Linux kernel with that code, and therefore every other Linux kernel developer is in a position to sue them for copyright violation, or at least file DMCA notices with anybody distributing their stuff. I am assuming they ship products using that kernel code.
As I recall from looking at the Consumer Reports reviews of countertop materials, laminate (e.g., Formica) and quartz provide what looked to me to be on balance the best functionality (at least for my mental weighting of the categories). Laminate looked better than granite to me. Quartz was a little better than laminate functionally, but laminate is quite a bit less expensive. I can't remember the specific ratings for the categories.
As for heat resistance, here is some anecdotal information. We lived in a house that was scheduled to be demolished right after we moved out, so for the last couple of months I did not take any precautions with the laminate countertops, since they'd all be smashed up soon. I would take a pot straight off the stove and put it right on the countertop (it felt wrong!). Visible results: none. I don't know the variety of laminate, I am afraid.
Aren't there legal problems with CM and other ROMs including these blobs, since they're presumably copyrighted? Or are they licensed by Samsung under the GPL along with the kernel? But in the latter case, shouldn't Samsung be including source?
I'm a bit concerned by the implicit suggestion that if a lot of individual judgment went into producing the averages, then perhaps they might be copyrightable. IANAL, but it's my understanding that ideas, facts, opinions and judgments are not copyrightable. Only their expressions are, and only when there is creativity in the expression of the idea, fact, opinion or judgment. Whether there was creativity in coming up with the idea, fact, opinion or judgment should be completely irrelevant. Thus, when the judgment is that some number is 3.95%, then an expression of that judgment as "3.95%" is not copyrightable, being quite uncreative, but expressing it as "just a shade under four tenths of a tenth, where a shade is a twentieth of a tenth of a tenth" might be creative enough to be copyrightable.
It may, though, be that the judge is just doing a two-prong attack here: neither is the expression creative nor are the ideas creative either.
It's hard to do this in small upper level classes, though, unless one uses statistics from multiple years, which may be unfair due to changes in course content or in teaching methodology.
I am not a sound engineer, but here's my impression of the issue. The maximum volume in the hardware is presumably set against typically expected waveforms. For instance, normally, if you watch a movie, there is no sustained high level sound. When there is no sound at all, the speaker coils and amp can cool off; during speech the background music is quiet or nonexistent and the pauses between words and variations in loudness will allow for further cooling; and so on.
The waveform compression in the volume boost reduces the differences between quieter and louder sounds, and thereby decreases the opportunities for cooling. This is going to be particularly true in the case of sustained playback of music.
If one sets the maximum volume in the hardware or firmware so that the speakers can survive sustained compressed sound, then the result will be that the speakers will be terrible for hearing speech in movies and radio. Granted, this could be fixed with higher quality speakers and better heat sinks, but that would increase cost and the audio system may need to be physically larger, while people like their laptops small and thin.
I guess temperature sensors in the speakers and the amp might help, and/or smart firmware that not only controls the maximum output but reduces output when high volume is sustained.
Another solution is honesty and user education: just explain to users that built-in speakers can be worn out with sustained compressed audio, and leave it to the users to decide how to balance audibility with risks to hardware.
(Like I said, I am not an engineer, but I do make a sound boost open source app for Android, which works by using the equalizer API to do presumably the same thing that VLC does. I put very obvious warnings about possibilities of damage to hearing and hardware in the app, but nonetheless the app was useful for movies and audio books. But using it for sustained loud music would be a bad idea. As of 4.2.1, Google patched the OS not to allow boost sound above default maxima. This protects speakers but is paternalistic and makes movies nearly unwatchable on some devices, I expect. Tradeoffs...)
And both models can make sense to a buyer. I think I do about 98% of my printing on a b+w laser printer with low page costs. Occasionally I have something to print out something in color, typically for the kids. It makes sense to buy a color printer with low up-front costs for such rare use.
Being in town doesn't significantly affect viewing of the moon and brighter planets, so telescopes aren't useless in town.
Maybe there is a hole in the roof?
Why can't pollsters phrase questions correctly?! Surely no biblical literalists believe that humans existed "since the beginning of time", as a literal reading of Genesis presents them as created on day six.
Much more effective as a threat than a club, though, if the other party doesn't know that the ammunition is missing.
It depends what you're doing. From time to time, I need to do operations on an array entry *and* its successor (or predecessor). Also, sometimes when you're deleting entries, you want to use a numerical index and iterate from the end to the beginning of a list or array.
Actually, a dedicated GPS will often have all the maps in memory.