from a non-scientific and technical point of view, perhaps, if we associate the idea with a handgun projectile such as a pistol, for example, the projectile launched achieves an incredibly fast displacement speed based on three basic factors, the explosion of the fuze that activates the powder in the cartridge, of the spiral grooves drawn inside the barrel where the bullet will go and the specific weight of the projectile the set of these three factors brings the result. In the case of a larger artifact such as a rocket, for example, everything changes, so that a sufficiently strong explosion is able to displace the mass of the artifact into the tube, to travel through the spiral grooves necessary to implement the accelerated spin of the rocket without which it would not be possible to cut the air for a better evolution, and finally to know how to deal with the friction of the artifact within everything that will slow the advancement of the artifact, which currently does not occur with the conventional launches, even spoke in nuclear propulsion, this sum equivalent to tons of tnt could yes launch the projectile towards space, but at what cost, and at what risk if this technology was ever tested?
from a non-scientific and
from a non-scientific and technical point of view, perhaps, if we associate the idea with a handgun projectile such as a pistol, for example, the projectile launched achieves an incredibly fast displacement speed based on three basic factors, the explosion of the fuze that activates the powder in the cartridge, of the spiral grooves drawn inside the barrel where the bullet will go and the specific weight of the projectile the set of these three factors brings the result. In the case of a larger artifact such as a rocket, for example, everything changes, so that a sufficiently strong explosion is able to displace the mass of the artifact into the tube, to travel through the spiral grooves necessary to implement the accelerated spin of the rocket without which it would not be possible to cut the air for a better evolution, and finally to know how to deal with the friction of the artifact within everything that will slow the advancement of the artifact, which currently does not occur with the conventional launches, even spoke in nuclear propulsion, this sum equivalent to tons of tnt could yes launch the projectile towards space, but at what cost, and at what risk if this technology was ever tested?