The rocket would be carrying extra dead weight and likely would not have enough fuel to reach its destination.
The first stage ignites the rocket and propels it toward the atmosphere. After, the second stage would start up and follow the same course out to space. When the rocket is almost out of the atmosphere, the third stage would start up and take the rocket to where it needs to go, like the moon.
Since there is likely to be a small amount of unburnt fuel remaining in the first stage, when the second stage ignites, it will destroy the first stage completely. This is as a direct result of the unburnt fuel being heated past its flashpoint. The resulting explosion would obliterate the second stage (since it's still full of fuel) and the rest of the rocket, too. The whole "chain reaction" would happen in seconds! The rocket would also be too heavy to reach its destination.
Goddard did not invent the rocket, he only developed a technology that had already been invented centuries before. For example, Goddard did invent the first liquid fuel rocket and the first two-stage rocket. Goddard himself stated that, as a child, he dreamed of flying to Mars. Fortunately, he took this dream, asked the questions about what would necessary to make it true, and then tried to develop the technology to make it happen.
It would melt
It would crash like NASA's Titan rocket did.
it would not take off
the asrtonaught would die
This question is incomplete in the sense that it does not clarify what the development tasks or stage is being asked about. In order to list the development tasks that happen during this stage, the stage, and of what, would need to be known.
Most likely in China eons ago. This would be a fireworks rocket, of course.
When Unfrozen, they would rot quicker.
It would obviously fall to the ground. However, if you have a rocket which can't overcome gravity, you've got a pretty bad rocket...
on a liquid fueled rocket an explosion would likely follow several seconds later from leaking fuelon a solid fueled rocket little would happen except a loss of primary thrust due to reduced chamber pressure and some deflection in course due to the side thrust through the hole (which would probably be compensated for by the guidance system).Criminal offence - Prison