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That one is amazing! The operations room also has a good overview, though it’s not nearly as in depth.
That one is amazing! The operations room also has a good overview, though it’s not nearly as in depth.
There’s 4d golf too by code parade.
https://store.steampowered.com/app/2147950/4D_Golf/ https://youtube.com/@codeparade
RCV at least allows for options, and it’s pretty easy to understand. First past the post is literally the worst.
Stick enthusiasts [email protected]
I hope they implement ranked choice, so many of the current problems are from the two party system which is inevitable from first past the post.
There are 16 thrusters on the service module and they only need like 4. One is malfunction. They’re trying to diagnose the problem to fix it for next time since the service module burns up on reentry.
With Russia wanting to stir things up, there are a lot more coup attempts recently since they hope they’ll get support.
More info: https://youtu.be/gYvht5nu7rU
And it’s great, as usual!
Lots of different estimates, but looks like between 11% and 20% of ghg emissions are livestock. That’s way higher than I thought.
Yeah, given campaign costs in the US at least, that is really tiny money.
We make a lot of sausage in meetings. Brainstorm ideas and figure out what the challenges will be. Having all five or six people there at once is much more efficient than taking back the forth to each one individually.
There are status update meetings, but those are so other people know what you’re doing so if it effects them they can work with it.
It’d need to be 13 to 80 times more massive to be a brown dwarf.
https://en.m.wikipedia.org/wiki/Brown_dwarf
If it gained mass rapidly, most all the moons would likely destabilize since they’d have way too little velocity for the orbit they’d now be in. But if they sped up to accommodate, it’d depend on the density change of Jupiter. The fusion would push out material a bit, but the density would probably just increase because of the increased mass.
But if the density stayed the same, the radius would be 2.4 to 4.3 times larger than currently. With Jupiter having a radius of 70,000 km, that’d put it at 170,000 to 300,000 km radius. That’d put Metis and Adrastea inside 170, and Amalthea and Thebe inside 300. They’d already be heavily inside the jovian atmosphere, so they’d be toast. Io, Europa, and maybe others might also fall due to higher atmospheric drag at those levels.
https://en.m.wikipedia.org/wiki/Moons_of_Jupiter
I think the rest of the moons would be planets then, and the solar system would be a binary system.
They’re still doing Polaris missions though right?
Are you saying SpaceX is selling launches at a loss? I don’t think musk is paying for SpaceX launches with Tesla money.
Yeah but that doesn’t mean SpaceX isn’t a fantastic rocket company. Why is over promising an issue? It’s still fantastically cheap and capable. You aren’t buying rocket launches, and the people who are are looking at the current performance, not future projections.
Seems like you’re comparing SpaceX to Elons promises, not against the rest of the space industry. They’re still much better than all the rest, even if they don’t quite meet Elons promises.
Also spicy pillows and old west jail breaks!
[email protected] would love this