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Basic paintball physics
Physics of paintball
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There are three main areas of paintball that I will be analyzing. First the way in which a paintball leaves the barrel of a paintball marker. Second the way in which a paintball fly's through the air and lastly how to determine optimum ranges for paintballs.
Firing a paintball
As you fire the trigger, the paintball is being pushed down the barrel of the marker by the difference in pressure between the CO2 from a tank attached to the marker which builds up behind the ball and the air in front of the ball. There are several other forces which act on the paintball besides the air resistance and the CO2. One is the friction of the ball against the barrel. This frictional force is in no way constant because the shape and the smoothness of the inside of the barrel is not always constant. Likewise, the surface of the paintball is not always smooth. A second force is A spinning force that the C02 imparts on the ball causing a rotational acceleration and also a rolling motion.
Once the ball has cleared the barrel there is a significant change in the forces that are acting on the paintball. The imbalance of the pressure behind the ball is gone. So that there is no longer any force pushing the ball in the direction that the muzzle is pointing in.
It should be noted that there are many different ways that are employed to get a marker to shoot a paintball out of the marker. Nearly every brand of marker has a different firing system. All have several things in common. They all have some sort of tank with compressed air or C02 or Nitrogen. Then they usually have sort of bolt and hammer system which is cocked back and held in place by a sear which compresses a spring. When the trigger is pulled it releases the sear. The restoring force of the spring pushes the bolt and the hammer forward starting the paintball moving then the C02 is released propelling the ball outward.
The flight of a Paintball
Once a paintball gets into the air its flight is much like that of a golf ball. There are a verity of forces that act upon the ball once its in the air. The ball always has the force of gravity acting on it. This causes the paintball to travel in an arc and return to the earth.
Dropper Poppers are rubber toys that resemble half a rubber ball and are shaped as hemispheres. They are turned upside-down (or inside-out), left on a flat surface, and after approximately 5 seconds, the dropper popper flies upwards, going higher than its original position. Simply put, the rubber needs to return to its original position, and creates a high surface tension. The rubber’s urge to return to its original position also causes instability within the structure of the dropper popper. When you drop the toy onto a flat surface, the inverted part pops back out, slams into the surface, and causes the toy to bounce into the air. This is a very basic explanation of what causes the dropper popper to act the way it does, and the physics principles
Before beginning about the history of ball bearing or bullet ball guns, which are referred to as BB guns in short, let’s take a quick peep at some of the most interesting facts about air guns:
Well it's quite simple actually. Spudguns use some of the same principles as internal combustion engines. Just as burning gas forces a piston out of a cylinder it can also force out a potato. A spudgun is a device that uses some form of propellant to project a potato across the sky. Usually these devices are made of ABS plastic sewer pipe. There are several major parts of the spud gun that these pages will refer to. These parts are the firing chamber, the igniter, and the barrel.
When watching soccer most people don't think about the physics behind the flight of a struck soccer ball. That is why I am doing this project to see if the different ways the ball spins effects the trajectory of the ball. I will be focusing on three different spins of the ball using my dominant foot for all strikes on a ball at rest. All balls will be struck with similar force and in the same direction with similar lift. I will be measuring the distance traveled by each strike and its deviation from the original flight path. This will help to determine if the advantages of spinning the ball outweigh any negatives.
Community is an important concern in both black and women's literature. The racist and patriarchal nature of American society, what Morrison refers to as the master narrative of our culture, places blacks and women and especially black women in a position of powerlessness and vulnerability. Communities serve as a protective buffer within which black women must function in order to survive. However both Hurston and Morrison identify and criticize how the patriarchal nature of the master narrative is present in black communities. The male-female hierarchy in the black community mirrors not only the patriarchy of the dominant white culture, but also the white-black hierarchy. In Hurston's novel, Janie's grandmother identifies this hierarchy, telling Janie that
Lubitschek, Cyrena N. "The Role of Imagery in Hurston's Their Eyes Were Watching God." American Literature 58.2 (May 1996): 181-202.
When projectile motion is treated in basic physics courses, the influence of air resistance is often neglected in the calculations and the trajectory of a projectile becomes a parabola where the horizontal velocity component is contant and the vertical component is subject to gravity. However, for someone watching a game of soccer, it is clear that the motion of a soccer ball is governed not only by gravity, but also by air resistance.
Hwang, David Henry. M. Butterfly. New York, N.Y. (440 Park Ave. South, New York 10016): Dramatists Play Service, 1988. Print.
Every time a shotgun is fired, carbon, lead, copper, and plastic residues are left in the barrel, chamber, and action (Wiley). Consequently, each time your gun is fired more of this residue develops. This is caused from the powder, wads, and bullets passing through the gun. Furthermore, sweat and moisture in the air can cause
Rifle recoil is most simply explained by Newton's First and Second Laws of Motion. When a rifle is fired, a force is exerted on the bullet that projects it forward. By Newton's 1st Law, it can be inferred that and opposite force will be imposed on the rifle. From Newton's 2nd Law it can be deduced that this force can cause an acceleration (linear or angular) which results in velocity and therefore kinetic energy. Energy is also transferred into the marksman in the form of work. The total of this energy is called Recoil Energy and can be calculated.
Hurston had a psychological motivation to present for the black culture. She had drawn the materials for her novels for the rural, and most of her southern black life she had known as a young child and recorded folklore by collecting trips during the late 1920s and 1930s (Kaplan 5).
These parts all work together to make sure the firing pin firmly strikes the primer on the cartridge and sends the bullet out of the barrel towards the intended target. First is the trigger, which on the AR-15 has the sear directly attached to it. The trigger extends into the lower receiver and the sear sits horizontally, they are one piece. The front part of the sear sits in a groove in the bottom part of the hammer. When the trigger is pulled, it pulls the sear down which pulls it out of the groove in the base of the hammer. The hammer spring then launches the hammer, rotating it towards the rear of the bolt carrier, where the firing pin is. “When the trigger is pulled, the front edge of the trigger moves downward, disengaging the hammer, allowing the hammer spring to drive the hammer forward into the firing pin. This action causes the firing pin to move slightly forward impacting the primer of the cartridge, thus causing the powder charge to ignite.” (Conway, Gary) According to AR15BARRELS.COM, “Primer flash ignites powder charge, instantly creating great pressure within the cartridge case.” That pressure helps force the bolt backwards. As the bolt carrier group flies backwards, it pushes the hammer back, and the hook that is on the hammer
The pain of being shot by a paintball is not that bad, that is if the paintball explodes on impact. If the paintball does not pop on impact, then you are left with a sore spot for a couple of days. Even if the paintball does work properly, you are usually left with a bruise, but the pain leaves after several minutes.
While the lever-valve system in the LV1 makes for a louder shot, the marker has some undisputable features. The new Ego mechanical design and feel elevate this marker from its sister markers of previous years. In this newly created Planet Eclipse marker, you will find a redesigned air system that produces less kick as the pressure from the air intake in lessened, also decreasing the force between the bolt and the rammer. This decreased force produces better air efficiency all the way through the marker during matches. The open-bolt is placed directly behind the breech (the area where paintballs drop into to be shot) and does not rest in a forward position. Along with the open bolt, less porting along the front of the barrel makes for the more noticeable shot as opposed to the Luxe. The reliability of the LV1 is unparalleled from other models as demonstrated with nearly half of the professional paintball teams choosing a Planet Eclipse
Skeet shooting is unique among the other shooting sports because rather than being a sport from the start, it was designed to help shooters improve their bird hunting abilities and due to its increasing popularity became a competitive sport. This eventually led to ranges located all over the United States, different associations for the sport, and a National Championship shoot that would attract shooters from all over the world. There is even a variation of the sport shot in the Olympics today. Even though some people consider it to be a competitive sport, there are some who still use it to help with bird hunting as it was originally intended for.