Hello's an established communication protocol that allows the speaker to verify the target is available, listening and ready to initiate a conversation. I've only ever seen this site quoted to defend people's brutish behaviour. If we're going to discard centuries of consensus, I say why stop there.
If you gotta call someone for support, do you say hello and wait for them to say hello back or do you just unload your question?
> If we're going to discard centuries of consensus
are we? imo there's just a different form of consensus for async communication, a more apt comparison would perhaps be a snail-mail letter: would you send a letter with "Hello!" and wait for a reply? just include the hello with the rest of the message :P
maybe the disconnect people are having with this is whether instant messaging is actually async, or does one draw the line at email?
> Hello's an established communication protocol that allows the speaker to verify the target is available, listening and ready to initiate a conversation
Which isn't relevant at all in asynchronous communication methods like messaging.
> If you gotta call someone for support, do you say hello and wait for them to say hello back or do you just unload your question
Phone calls are not the same communication mechanism as instant messaging. Look at the timestamps in the mock screenshots and think about holding the other person on the phone for that long before you say your second line.
Large storms regularly result in some customers with lack of utility power for more than 7 days for some customers. When storms take out major transmission lines and roads and bridges, you can end up with some pretty lengthy outages, and fuel deliveries will also be difficult.
Look at data center responses from Hurricanes Katrina and Sandy. This guy [1] was onsite for Katrina. Lost utility power on August 29. They did have some access to fuel on Sep 1, but pretty spotty until maybe the 3rd. Looks like power started coming back in some places Sep 8, and maybe widely restored on Sep 14th.
I would say, by 7 days in you'll probably have a good idea of if 30 days might not be enough.
I'm pretty sure there is always a unique solution to the equations of motions (safe for some pathological edge cases perhaps). Classical mechanics is deterministic, after all. But for more than two bodies, there is in general no solution in closed form, and it's often chaotic, so not even computeable for arbitrary time frames.
The "about" info states that all of these are computed numerically.
It's well organized, the animations are smooth, and it looks beautiful... I'm not sure what to do with the information, but it's mesmerizing and fascinating. Great find!
It doesn't really make a lot of sense to contextualize a velocity with a distance or a time period.
You think those time periods are large because you see a lot of numbers in the units you chose, or because it is much larger than your lifespan. But in the grand scheme a galaxy is nothing but a spec of dust, 10k years a blink of an eye.
There is no other natural velocity that I'm aware of that we could compare it to, but we can say that the speed of light is the fastest there is, so how can it be slow?
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