Violet Jessop, a White Star Line stewardess, survived the sinking of the Titanic and Britannic and was also aboard the Olympic when she collided with the Hawke.
Congratulations! Your prize is a trip on the maiden voyage of the VSS Enterprise!Fortunately space ships are less likely to be able to limp back to port after any collision, so i win anyway...
The weightlessness of orbital flight is mostly the same effect of the Vomit Comet. They are just falling with enough forward momentum to miss the Earth.Is it going to be actual Zero-G, or simulated weightlessness like the Vomit Comet?
The weightlessness of orbital flight is mostly the same effect of the Vomit Comet. They are just falling with enough forward momentum to miss the Earth.Is it going to be actual Zero-G, or simulated weightlessness like the Vomit Comet?
I think that was the Britannic actually... the Olympic collided with a naval vessel but wasn't damaged enough to sink.
Give Olympic a break, it was sunk by an act of war.
Congratulations! Your prize is a trip on the maiden voyage of the VSS Enterprise![/QUOTE]Fortunately space ships are less likely to be able to limp back to port after any collision, so i win anyway...
Perhaps as a disintegrated mass of particles?When a ship sinks, you may not reach shore, but a suborbital, you are guaranteed to reach ground level eventually.
Perhaps as a disintegrated mass of particles?[/QUOTE]When a ship sinks, you may not reach shore, but a suborbital, you are guaranteed to reach ground level eventually.
That looks like the Millennium Falcon trying to take a space 1999 Eagle roughly from behind [/QUOTE]
Or sea level...When a ship sinks, you may not reach shore, but a suborbital, you are guaranteed to reach ground level eventually.
The weightlessness of orbital flight is mostly the same effect of the Vomit Comet. They are just falling with enough forward momentum to miss the Earth.Is it going to be actual Zero-G, or simulated weightlessness like the Vomit Comet?