Hmmmmmmmm, now, how much energy does the box have to generate that constant 2g of acceleration? In this hypothetical the box appears to have an infinite amount of energy to generate that force though…
Hmmmmmmmm, now, how much energy does the box have to generate that constant 2g of acceleration? In this hypothetical the box appears to have an infinite amount of energy to generate that force though…
i don’t think they would grind themselves to dust, as they’re all moving in the same direction therefore their reaktive Velocity compared to each other would be (near) 0, not giving them much energy
lol what?
In this thread there are multiple translations of the smaller text underneath, and it’s definitively “once we genocide them we’ll have space for new beach houses”
I think it’s the other way around, Lynx was designed and marketed with the (current) international market in mind, so an english name makes sense, while the Fuchs is older, much closer to the Leopard and Gepard.
construction of Fuchs armored transport vehicles […] and Lynx infantry fighting vehicles
it’s both?
That, or political commissar I imagine
No I think you’re right about the fluid dynamics aspect, as we do have an indefinitely long pipe, but in the prompt the walls do still exist, so they’ll probably do create some friction. The question is, would the rocks build up some sort of boundary layer of slower flowing particles near the wall, and how much do the boundary layer and “main” center flow mix?
Thinking about it, it isn’t even an indefinitely long pipe really, as there are no “new” sections of wall coming up, instead it’s constantly passing the same section of wall, and same section of boundary layer…
If someone knows how to simulate this in a physics engine or virtual air tunnel I’d be really interested in that!