Rule of Funny in the Narbonverse or any other cartoon being what it is, you’re probably right. But I’ll take the other end of the bet anyway just for kicks! ^_^
There’s no orbital velocity you can reach from inside the atmosphere. Any orbit you could be in would pass through the point you started from, and thus decay rapidly from atmospheric drag.
Well, any orbit around the body you launched from.
You could shoot directly into an orbit around the sun.
What? Are you doubting the science of Jules Verne?
Of course you can reach escape velocity with a big enough kaboom. It’s surviving the acceleration that’s the trick. Going from zero to 11.2 kilometers per second via explosion involves a not-survivable level of acceleration, if you’re going to insist on following the laws of physics.
Yes, but just exploding to escape velocity won’t get you into orbit. You have to have either constant burn (which is how Single Stage to Orbit works), or a secondary correction burn (this is what the Space Shuttle and other two stage space planes do).
True mad science doesn’t balk at mere trifles. If you can build a device which would permit the passengers to survive reaching escape velocity via explosion, then mere vernier rockets to adjust the trajectory would be trivial.
It’s true, though, that the two who just “kaboomed” here don’t seem like the type to have thought of that…
Im gona go with “not dead” here and say that they made it to planit lovetron.
Rule of Funny in the Narbonverse or any other cartoon being what it is, you’re probably right. But I’ll take the other end of the bet anyway just for kicks! ^_^
How soon before they come back to Earth?
I suppose it depends on whether or not they left it.
If they left Earth, did the reach orbital velocity?
There’s no orbital velocity you can reach from inside the atmosphere. Any orbit you could be in would pass through the point you started from, and thus decay rapidly from atmospheric drag.
Well, any orbit around the body you launched from.
You could shoot directly into an orbit around the sun.
What? Are you doubting the science of Jules Verne?
Of course you can reach escape velocity with a big enough kaboom. It’s surviving the acceleration that’s the trick. Going from zero to 11.2 kilometers per second via explosion involves a not-survivable level of acceleration, if you’re going to insist on following the laws of physics.
Yes, but just exploding to escape velocity won’t get you into orbit. You have to have either constant burn (which is how Single Stage to Orbit works), or a secondary correction burn (this is what the Space Shuttle and other two stage space planes do).
True mad science doesn’t balk at mere trifles. If you can build a device which would permit the passengers to survive reaching escape velocity via explosion, then mere vernier rockets to adjust the trajectory would be trivial.
It’s true, though, that the two who just “kaboomed” here don’t seem like the type to have thought of that…
What will H. T. and the town council say about this?
“Good Riddance!”. ^_^
And then will come all the complaints about broken windows and strange, funky graffiti appearing out of nowhere on their roofs.
VyoooooPOW! Nice exit!
I swear, if this arc was one long tease…
You can’t spell ‘demolition’ without ‘mission’!
…wait.
Any mission that ends with new animal ears for Unity is a successful mission.
On the planet Lovetron, no one can hear you scream because…
They funked up their ears!
I’m still waiting for the weird things to happen in this arc.
Nothing says successful mission like violent explosions!
The question isn’t did they live, the question is when will they come back (and what will they bring with them?)
(kicks Towering Barbarian)
(runs and hides)
😉
(Extravagant wallpaper of panel 2 extravagant-wallpaper-of-panel-2 extravagantwallpaperofpanel2????)