Is it possible to bend bullets like in Wanted?
The bullet cannot deviate its path to such an extent that it makes an ‘S’ curve around an object. It is so negligible, in fact, that the strongest force amongst all those acting on the bullet is still gravity! In other words, the answer is still NO… mostly.
Is it theoretically possible to curve a bullet?
It won’t. The reason an object follows a curved trajectory is because there is a force pulling it into that trajectory—for instance, the walls of the track pushing on the ball. As soon as the forces stop acting, the object is going to continue in a straight line at a constant speed, according to Newton’s first law.
What is bullet trajectory?
The trajectory of a bullet is the path of flight it follows from being fired to reaching its target. When the trigger of a gun is pulled, it sets off an explosion in the shell of the bullet. Chemical energy is converted into kinetic energy, and the bullet leaves the gun at a high velocity.
Is it possible to deflect a bullet with a sword?
Swords are very hard and very strong – and if you’re trying to deflect a bullet rather than stopping it, a strong piece of metal held at an angle should do the trick quite nicely! If the sword is likely to be used for deflecting many bullets then you might want to look into specialised materials and clever metallurgy.
What happens when 2 bullets collide?
The ricochet direction being random, but in the same general direction that bullet was originally flying in. If (material other than bullets is fired at each other) It either explodes, fuses, ricochets, pierces, or explodes the target. Since this is a movie-the bullets hitting each other and dropping is plausible.
Can Batman deflect bullets?
Batman’s always got a trick up his sleeve, sometimes literally. In the first Michael Keaton Batman film, he uses his glove arm to deflect bullets. In The Dark Knight, when Batman upgraded his armor he also upgraded his gauntlets — which could now shoot blades at folks. Especially green-haired folks.
Can you deflect a bullet with a sword?
What causes muzzle flash?
Muzzle flash is the light — both visible and infrared — created by a muzzle blast, which is caused by the sudden release and expansion of high-temperature, high-pressure gases from the muzzle of a firearm during shooting.
What is stippling ballistics?
• The terms fouling and stippling are used to describe the types of gunshot residue in close and intermediate range gunshot wounds. Fouling is the dustlike burnt powder grains that can be wiped off the body. Stippling (or tattooing) is from the unburnt powder striking the skin and causing a superficial injury.
Could a katana cut a bullet?
The sword wins, cutting the bullet in two. And with no dents, scratches or nicks in the blade. It’s extremely difficult to cut a human being in half at the torso, no matter how sharp your blade is.
Is it possible to turn a bullet into a curve?
No. A bullet travels at a speed of around 1000 m/s, so the bullet’s low mass and high energy (as it exits the gun) would negate any attempt from gravity to lure it in any direction. No matter how sharp a curve a fast-moving train or other vehicle makes, jumping from one of its doors would not cause you to turn the same curve.
Is there a way to bend a bullet?
The answer is (not surprisingly): no, we could not. The reason is very simple and has to do with Newton’s first law of motion. The implication in the scene is that the curving trajectory of the gun is somehow imparted to the bullet before it’s released and the bullet continues to curve after it leaves the barrel of the gun.
What makes a bullet curl around a point?
So, to curl a bullet around a given point, the bullet would require an external force to change its current linear course to a nonlinear one. To be more precise, a centripetal force. A centripetal force binds an object in a circular motion by pulling it in the direction of its center during the entire motion.
What causes a bullet to nose dive to the ground?
There are only two forces that impede a bullet’s movement: Earth’s gravity and air resistance. The immense kinetic energy of a bullet is eventually dissipated by air molecules as it pierces them at such a monumental velocity and the bullet will eventually nose dive to the surface of the ground due to gravity.