The Soccer Ball: Effect of Air Pressure on the Movement of the Soccer Ball

The original question was, “What is the effect of air pressure of a soccer ball on its bounce, ramp travel, and catapult travel?” The hypothesis stated that if a soccer ball is inflated to 5 different air pressures (namely 6.9 kPa, 31 kPa, 55.2 kPa, 79.3 kPa, and 103.4 kPa), then the soccer ball that is inflated to 103.4 kPa (15 PSI) will perform the best in all three tests: namely the bounce, ramp, and catapult travel tests. According to Soccer Ball World, higher air pressure correlates to further travel. This is due to that fact that higher pressure improves the rebound of the soccer ball off of a player’s foot, and less energy is lost to deformation on a stiffer ball. However, after experimentation, the ball that was inflated to 55.2 kPa

Newton’s third law states that “For every action, there is equal and opposite reaction.”This means that if a person would kick the soccer ball, it will kick back at them just as hard. People don’t realise this because their leg doesn’t seem to move. This is because the leg has more mass, meaning it has more inertia, which is the resistance to move.

According to WeAreSoccer the name of the bending of the ball is called the magnus effect.

Air masses are an important part of the common weather phenomenons that we experience every day. They can dictate almost every aspect of Meteorology and Climatology. They are responsible for such occurrences as: amount of precipitation and type of precipitation, temperature in a given area, and what types of storms are most likely to take place in a given area. Air masses are also formed all across the globe and, depending on where and when it is formed, can be one of several different types. I believe the most important determining factor when forming an air mass is the amount of atmospheric pressure that certain region of the Earth has at the time of the formation of the air mass.

I have always wanted to know if the type of soccer ball I use in my soccer games will help me improve in my skills. Do you think professionals check and do research on the type of soccer ball they use? Do you think using two different materialized soccer balls effect the distance the ball travels when a force is applied to it? Scoring a goal in a soccer game is a difficult thing to do, but what if you know what the material of a soccer ball is and how helpful it could be. Well the material used on a soccer ball may be more responsive off the foot than other types of material. If you go to score a goal from a further distance and you have the ball that is very responsive then it’ll go straight to the back of the net. If I test two different types of materialized soccer balls to see which ball will travel the furthest, then ball, PU (Polyurethane) will travel the greater distance, because this type of material is used more for outdoor, it’s tough and adapts to a wide temperature range. This way the ball won’t rip and tear apart, it will last longer than PVC (Poly Vinyl Chloride) material.

Most people think the size of the player will affect the outcome of the ball. This is not necessarily true. The mass of a professional soccer ball is about m=0.4 kg. The velocity of the ball equals the velocity of the leg multiplied by the fraction of the mass of the leg over the total mass of the leg and the ball, multiplied by 1 +

atmosphere. In the first place a stream of cold and dry air and one of hot and humid air

My brother and I couldn’t help but laugh at how hard she tried to get away, but with the curve of the ball, she ran right into it. From that moment I have wondered what the physics were to the ball curving. Why does a soccer ball curve in some instances and not in others? What

Tornadoes form because of the interaction between the updraft and horizontal wind. Wind is “air

kick. If the ball is kicked at a steep angle, then it will have more

To start we must assume that are athlete is in peak condition, with the capable leg muscle to kick the ball this length. Secondly the athlete is kicking the ball at 45 degrees; an angle that when met with enough Newton’s is capable of kicking the ball the required length. There are two vectors acting on the ball at all times: gravity and velocity, in order to overcome these two obstacles the initial velocity must be very high. With an angle of 45 degrees the initial velocity must be 62.609mps(meters per second), the hours of weight training and running needed to get ones leg able to exert this force is unfathomable. Once this force is exerted the ball will soar through the air exactly fifty feet up, in a perfect semicircle. The amount of actual flight time is 2.25 seconds, almost the exact amount of time it takes to say “oh my god”. When the initial velocity is multiplied by one kilo (9.8newtons) you get the answer of 613.57 Newton’s. These are the forces necessary to send a 1 kilo ball the length of a standard international field exactly 100meters away. All of these calculations are assuming that no wind or weather will come into play; however if there was a slight wind, once the ball touched the ground it would skip for a good distance and still make it possible to run the length

Whether you like red, white, blue, orange, green, or a combination of some of these, you will have fun picking out a ball for your soccer games. They are available with a variety of designs that add a personal touch to your game. They are what you might think of as “cool” soccer balls. You’ll really like them. You can examine them and select them according to your budget and tastes. If you like

Atmospheric pressure is the pressure exerted by the weight of the atmosphere or weight of the earth and it decreases with the increase of height. The atmospheric pressure at sea level is 14.7 psi or 1.03 kg/cm^2. The pressure inside the divers lung at sea level is the same as the pressure outside.

Wind Direction and Speed: Wind speed (wind flow velocity), is caused by air moving from high pressure to low pressure, usually due to changes in temperature. Wind speed describes how fast the air is moving past a certain point. This may be an averaged over a given unit of time, such as miles per hour, or an instantaneous speed, which is reported as a peak wind speed, wind gust or squall. Wind speed and direction are important for monitoring and predicting atmospheric dispersion. The direction and speed of winds govern drift and diffusion of air pollutants discharged into the atmosphere. In other words, the pollutants discharges into the atmosphere are totally depends on the direction and speed of the wind. The

Introduction: Wind is caused by differences in pressure. When a difference in pressure exists, the air is accelerated from higher to lower