Ah, Kobalt is the house brand of Lowe's Home Improvement Warehouse, their trademark colors are royal blue and grey.
captain_aggravated
Grenadine is pomegranate flavor, not cherry. Though if you get Rose's it's citric acid flavor.
WhatsApp is owned by Meta, try playing up the anti-American angle?
Lots of Kobalt gear I see, let me know how those hold up.
It is lossless.
I'm not sure that's the right word for uncompressed digital audio, because it's lossless compared to what? Presumably an analog recording or the original input signal? Because Shannon-Nyquist, with CD audio you can't get anything higher than what? 16kHz out of it, but within that limitation you can reproduce any arbitrary waveform within a speaker's ability to produce given the laws of physics regarding inductance and inertia.
MP3 does use a lossy compression, but you can maintain listenable quality while cramming about 10 times as much audio into a given space. You can get just over an hour of Red Book audio on a CD, and about 11 hours of mp3s, give or take. You might get lower audio bandwidth or various kinds of artifacts but it'll still sound pretty good, it's way more practical to store and transmit over the internet. We didn't Napster no .wav files.
FLAC and similar formats use lossless compression, kind of like a .zip file. If you rip a CD to FLAC, and you were to then burn a CD from that FLAC, the data on the new CD would be identical to the old one. So you get as-perfect-as-we-can-do digital audio, but only 5 or 6 hours worth would fit on a CD. Someone somewhere on this earth has filled a compact disc with FLAC files, I'm sure.
Reminds me a little of CD digital audio. The original Red Book audio standard hasn't really been improved upon because it's uncompressed audio which covers basically all of the range of human hearing within the capabilities of any speaker we could build. It's uncompressed because in the early 80's when the tech hit the market, it was completely unfeasible to include the CPU and RAM needed to decompress audio in real time.
Shrimp has more color receptors because he doesn't have enough neurons to run trichromacy, so he sees in EGA.
There's a dog statue somewhere that's polished like this too because people pet the dog.
Not only on Switch 2. There was at least one Tony Hawk Pro Skater game that did this.
If I remember the episode of Guru Larry, the developer noticed their rights to the IP were set to expire, so they went to shit out one last game as fast as possible. They had to get the game published by a certain date, as in discs on store shelves by this date. The game was not going to be ready in time, so they put the tutorial level on the disc to print and distribute it while they finished the game, which would then be a multi-gigabyte download. Meaning that a physical copy of the game is worthless once the servers shut down.
ffs, personal shit on personal devices, work shit on work devices. That way you don't fat finger dick picks to colleagues.
In moon landing units that's ~186 miles per hour, which is around three times the speed limit of an average American interstate highway. I would not expect the average passenger car to be able to achieve that speed, but there are sports cars that can. You're probably looking at an uprange Corvette, some of the higher end Porches, a lot of Ferraris, Lambroghinis etc. Something Jeremy Clarkson would describe in an impressed tone of voice. It is my understanding that a lot of supersport motorcycles are limited to exactly that speed; most liter bikes have no problem powering themselves that fast, the question is maintaining control. If there's a pothole or some sand or a slight curve, will the rider survive encountering it at 3 miles a minute?
Going that fast in a car, you start to wonder how long the tires are going to hold up. At its top speed, a Bugatti Veyron will actually run out of tires before it runs out of gas.
In New World landing units, it's ~161 knots. This is very close to the V~NE~ of a Cessna 172 Skyhawk. The Never Exceed speed, top of the red arc. Go faster than that and the airplane is just going to break. It's the approximate cruise speed of a Beechcraft Bonanza and the higher end of landing speeds for a Boeing 737.
The round hole in the middle of the cassette near the tape path is designed to have a light bulb on a stick inserted into it.
Most of the tape is (approximately) opaque due to the magnetic recording media, but the very ends are transparent. If you open the cassette's lid and look at the uncovered ends of the cassette, you'll see a hole on each end that has a path through the cartridge to the light bulb hole, only interrupted by the tape itself. Photoreceptors in the VCR sit just outside those holes, and if light is detected it means that the clear leader is starting to unwind from the spool meaning the tape is over, so this is how the VCR knows to stop the tape. This is why so many VCRs and rewinders glow inside.
Later hardware swapped it for an infrared LED and detectors but still did the job optically.