Because of the speed of sound, that only works if you only hit one place. Otherwise it would only be in sync at one place in the target area.
Also 124 bombs per minute can get expensive quickly, as they need to be separately fired precision amutions and not just dumb shells.
I’m wondering if there’s a way [to] combine their computational power.
Only if your problem can be be split up reasonably, otherwise you will spend more time waiting for data to move.
Where it can work: video encoding, CI pipelines, data analysis
Where it won’t work: interactive stuff, most single file operations
I want to get into server hosting […]
Then you don’t need another reason to do it.
[If] I can connect them all to one display [or] make them all accessible in one place.
You can either get a hardware switch or chose a primary computer and connect to the others. For that you can use remote desktop software or be a try hard and use ssh.
Because the rocket equation is brutal.
A rocket is almost entirely fuel some structure and a minuscule amount of payload. If you want to save fuel for for relanding you need to take less payload or accept a lower orbit.
If we look at Falcon 9, the payload to geostationary transfer orbit^* goes from 8,300 kg when expended, to 5,500 kg when landing on a barge or 3,500 kg when landing on the launch site.
* meaning the payload needs an additional stage to enter geostationary orbit
Er war 4 Jahre lang President und ist vor kurzem als Vizepräsident unter Musk ins Weiße Haus zurückgekehrt.
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