how deos air pressure affect how far a soccer ball travels?
815485
If it's the air pressure outside the ball that you are asking. The higher the air pressure or atmospheric pressure the "heavier" the air is. So kicking a ball into heavy air would slow it down, (resistance). Kicking into lighter air there will be lower resistance.\n Now if its the air pressure in the ball. The harder the ball and the swifter the kick it will travel futher.
424546
On average, all outfield players are required to run between 9 and 13 kilometres. The goalkeeper runs the least around a maximum of 4-6 Km. Overall, professional midfielders run the most whilst strikers sprint the greatest distance. For example, a top centre-forward has been shown to sprint 900 m (> 21 km/h) and runs 1520m at high intensity (14-21 km/h). \nsoccerperformance.org
922402
Remember this rule: The lower the cross, the faster the ball travels. The trick is to keep it no higher than knee level. Plus you have to have enough room to do it and remember to travel in a straight line when the defender's faked out. The best moves in the world are useless without the knowledge of how to use them.
379193
it has nothing to do with the air in the atmosphere its the air that fills the balloon up. when its hot the ballon goes up as it cools it goes down
414093
I could not find any information about distance.  I cut and paste some info I found.  I sent my Titleist Rep an e-mail asking the same question.  I will send you the info.  \n\nGolf balls travel farther when they are warm.\nSomewhat true. Colder temperatures do decrease a ball's velocity more than warm temperatures; although, the air temperature affects distance much more significantly than the temperature of the ball. The moral of the story is don't bother putting the ball in the oven before teeing off. Your pocket will do just fine. A two-piece ball will have a little faster initial velocity off the clubface in cold weather, so keep that in mind next time the frost is on the ground. \n\nThe weather report also influences which ball to choose. Warm conditions can expand balls, calling for players to use a higher compression. A harder ball helps in high humidity or in low sea level areas, where thick air slows the ball down. \n\nConversely, cold weather tends to harden the ball. Players can counteract the effect by choosing lower compression balls. Softer balls also help in high altitudes where air is thinner and there is less resistance
308702
A soccer ball(played in a FIFA match) measures between 27 and 28 inches in circumference and weighs between 14 and 16 ounces.\nSource-SAMM
503790
Gravity always accelerates the ball in the "Y" direction such that the force pulls the ball downward.\n\nEven if the ball stops in midair, it is still being accelerated at 9.8m/sec^2\n\nThis means no matter how hard you hit it in the x-direction, it will always be accelerating at 9.8m/sec^2 in the y-direction.\n\nThat is a major concept in kinematics.  The motion in the x and y directions are independent of one another!
510968
When I was younger(14) a coach taught me to strike every ball as if your trying to have it stay on the ground all the way in, just off slightly to either side of the goalkeeper.  By doing this you create a greater margin for error.  Fewer shots going over the crossbar or to the sides of the post.  If struck with power the proximity to the goalkeeper does not come into play unless he guesses correctly. Do not place the perfect ball, make it hard, low, and on target.
252141
its more aerodynamic. it makes jumping smoother and easier. no lose clothing getting in the way. plus they have to dive so it helps them not get to many bruises. i was on the v ball so i know lol.
345596
An official match ball is spherical and made of leather or other suitable material.\n\nIt is of a circumference of not more than 70 cm (28 ins) and not less than 68 cm (27 ins). \n\nIt is no more than 450 g (16 oz) in weight and not less than 410 g (14 oz) at the start of the match.\n\nIt is of a pressure equal to 0.6 ­ 1.1 atmosphere (600 ­ 1100 g/cm 2 ) at sea level (8.5 lbs/sq in 15.6 lbs/sq in) \n\nBut remember recreational soccer can be played using any round ball - Maradona one of the world's great soccer players - learned his skill using a knotted bundle of cloth rags.
815859
the vertical component of the velocity applied to the ball is given by\n\nsin 35 = velocity/24.5\n\nvertical velocity is 14.05 m/s\n\nV^2 = u^2 +2gs\n\nat the maximum height, v = 0 so\n\n0 = (14.05)^2 + 2(-9.8)s\n0 = 197.48 + -19.6s\n19.6s = 197.48\ns = 10.07 metres\n\n\nmaximum height the ball reaches is 10.07 metres...
433903
The ball will reach a maximum height, then the velocity of gravity (9.8 meters/second) would cause it to travel downward until another force acts upon it (according to Newton's laws of motion). However, this does not account for other forces, such as air resistance. The rate at which the ball falls and the air resistance acting upon it will depend on the properties of the ball (surface area, weight, etc.). If the ball is inside a vacuum, it is said to be in free fall (as the only force acting upon it is gravity) and there is no other force acting upon it. If the ball is allowed to fall long enough, it will reach a point of terminal velocity, where it cannot fall any faster (the force of air resistance will equal the weight of the object)
146130
Do you mean 100 m squared, or 100 m^2, i.e. 100 square meters?  I ask, because 100 meters squared could mean an area 100 m x 100 m in size, or 10,000 m^2.  Since that is the size of several football fields, I assume you mean the later.\n\nStandard atmospheric pressure is 1.013 x 10^5 N/m^2.  Hence, if you take 4% of that pressure, (i.e. multiply by .04) and multiply by the total area over which the pressure is exerted, 100 m^2, you get the force produced by that pressure, which is the lift you wanted.  I will leave the arithmetic for you.
702842
In all honesty, I don't think it's possible as the ball is pressurized.  Maybe a direct hit of a sharp object would cause the ball to deflate and not "burst."\n\nHope this helps.
686605
Helium is lighter than air and cause the ball to float away.\n\nCarbon Dioxide is heavier than air so the ball would not bounce so well and it would be harder to kick.\n\nOxygen is lighter than air, but the difference is so small you wouldn't notice, no more that a ball being slightly over/under inflated.\n\nSince air is the cheapest, at a cost of nil, I suggest you put that in you balls.
999506
It all depends on your position in soccer.\n\nforwards: 5 - 7 miles. Maybe 8 if you just love to run.\nmidfielders: 8 - 9 miles. And sometimes possibly 10. Depends on the game.\ndefenders: depending on how good the attack is about anywhere from 5 miles.\ngoalies: anywhere from 40 - 80 ft.\n\nBasketball players: all around 5 miles, more or less. Depending on the professional level.
1100856
Players have to be 10 yards from the ball for free kicks. This arc is for penalty kicks and is 10 yards from the penalty mark. For small-sided games for the younger kids, the idea is the same though the distance is shorter.