In Canada we had a similar problem when gas went over $1 a liter. I think the signage was most affected. Fear not, they'll adapt. And the cheapest gas I can find up here is about $4.69 US a gallon (equivalent).
I can't think of any damage a car could suffer from being tilted over. Even if inverted, the only thing you'd have to do is get the oil out of the cylinder heads. And rusted? The cars were in containers, not on the deck. Certainly less salt damage than a car suffers from sitting in a car lot for a couple of months in a coastal town. I would have taken one for, say, 25% off the price. I think they saw it as a PR exercise, and, besides, their insurance paid for it.
Synchronization also works well with harmonics (whole-number multiples) of the fundamental, and is widely used in electronics to generate various frequencies from a master oscillator (before things went digital, anyway). I'd like to see the metronomes where one was set to half or double the frequency of the others. In old TVs, synchronization was used to lock the vertical and horizontal hold to keep the picture from rolling or tearing. A local oscillator was adjusted until it locked onto the pulses at the end of each line.
ross - There are no "Google sats" - they buy the data from various sources. Depending on where it is, it could be as short as a year or two. Or never. (A lot of areas are still in original low resolution.)
What's the big deal? It's a ski plane landing on snow. When I flew an ultralight we landed on various farms all the time. Never on a golf course, but wouldn't have hesitated.
A friend was given one of these; a bizarre, but excellent example of taxidermy. I posted a picture at http://www.outdoorcurling.ca/Monkey.jpg I am amazed at how many people can't figure out what it was originally.
And the cheapest gas I can find up here is about $4.69 US a gallon (equivalent).
(Sorry!)
I would have taken one for, say, 25% off the price.
I think they saw it as a PR exercise, and, besides, their insurance paid for it.
In old TVs, synchronization was used to lock the vertical and horizontal hold to keep the picture from rolling or tearing. A local oscillator was adjusted until it locked onto the pulses at the end of each line.
http://www.outdoorcurling.ca/Monkey.jpg
I am amazed at how many people can't figure out what it was originally.