No, bullets travel in straight lines due to ballistic physics. The concept of curving bullets like in the movie "Wanted" is not realistic.
Plastic is not an effective material for deflecting bullets as it does not provide sufficient resistance or strength to stop a bullet's force. Bullets can easily penetrate through most types of plastic materials. Specialized bulletproof materials like kevlar, aramid fiber, or composite ceramics are used to deflect or stop bullets effectively.
A projectile makes a curved path known as a parabolic curve when launched horizontally or at an angle. This curve is a result of the combined effects of gravity and the horizontal velocity of the projectile.
The difference between curve A and curve B on an energy diagram is most likely due to the activation energy required for the reaction. Curve A likely represents a reaction with a higher activation energy, resulting in a slower reaction rate compared to curve B, which represents a reaction with a lower activation energy and a faster reaction rate.
Calvin Goddard, an American forensic scientist, is credited with significantly improving ballistics analysis by using a comparison microscope to compare bullets. He developed a method where bullets could be examined side by side under the microscope, leading to more accurate matching of bullets to specific firearms.
No it is physically impossible to curve bullets. If so I don't think the army would ever let us know.
No, bullets travel in straight lines due to ballistic physics. The concept of curving bullets like in the movie "Wanted" is not realistic.
because the rifling in the barrel makes it go straight.
It's true: a curve is a curve. Did you really need me to tell you that?
No, they fire blanks. Real bullets would be dangerous.
it really good
yeah
Bending bullets is not really possible, and the practice of bending the trajectory of a bullet is potentially life threatening, I do not recommend trying.
Yes, the curve ball curves. This is because of the way the ball is thrown, which is a kind of a spin/jerky fast motion.
Base Curve normally refers to the front curve of the lens. they can range from 1 Diopter of curve to 10 Diopters of curve (normally used for really wrapped Sunglasses like Ray-Ban, Oakley)
A curve is so strong because when you apply a force on top of the curve the weight of that forced is transferred to the bottom parts of the curve which makes it really strong like bridges that use arcs
I really recommend the Blackberry Curve.