In the 1960's there was the Gyrojet gun which were actually miniature rockets but the caliber was larger than the .223 round of the M16
The First bullet train was made in 1930
None. A bullet is a bullet, regardless of what material it's made from.
The Scientific name for Bullet Proof Glass is Bullet Resistant Glass. It is referred to as Bullet Resistant Glass in the Industry as there is no such glass that can stop every bullet. A series of bullets that hit within a small area of the Bullet Resistant Glass will eventually project right through the glass.
The Apollo 11 rocket was made of poo
It's a special kind of polymer, related to nylon, woven in certain patterns that enhance its ability to absorb and redirect the energy from a bullet. Note, that Kevlar (and all related materials) aren't really bullet "proof", rather they are bullet "resistant". They resist the passage of a bullet - for certain size and speed bullets, this resistance is enough to prevent it passing through the material, but for others, the bullet still retains enough energy to penetrate the material. Thus, all bullet resistant materials and designs are rated according to the type of bullet they are able to stop.
Lots of factors need to be taken into account: * What angle does the bullet strike the object? * What is the mass of the object? If small it will move and absorb the energy. * What is the bullet made of? Does the deformation absorb the energy? * Is the object firmly fixed or movable? * How fast is the bullet moving?
rocket scientist i belieive
Research has made this possible when NASA sent a rocket out and made it out of the Milky Way (our solar system).
The first bullet was made at 1883. It was a Smith and Wesson .22 caliber rimfire cartridge.
Depending on the rocket it could be made of an aluminium alloy, a steel alloy or titanium.
Punch and judy were made by the Creators its not rocket science .Punch and judy were made by the Creators its not rocket science .
Factors such as the design of the rocket, the distribution of weight, the shape and size of the rocket, and the position of the center of gravity all play a role in determining the stability of a rocket. Aerodynamic forces and external factors like wind can also impact the stability of a rocket during flight. Balancing these factors is crucial to ensure a stable and successful launch.