I'm sure you could, but if you're thinking that it could give you an advantage, it wouldn't give you much. Although it would be lighter, air is almost 80% nitrogen anyway, so you probably couldn't perceive the difference in weight.
A trick to taking out the wrinkles from a soccer ball that has not been inflated for a while is to let some air out of the ball. Then, air the ball up again while heating the ball with a hair dryer.
Not if were properly inflated, otherwise yes.
A full inflated soccer ball can go a very large distance. It can easily cover 90-100m.
Soccer balls are made from pieces of leather, which are shaped so that, when stitched together and inflated, they form a sphere.
Official FIFA soccer balls must be inflated to 12.5-13.5 pounds per square inch.(PSI).
Not significantly ... note that air is 80% nitrogen.
Soccer players require a fully inflated ball. A fully inflated ball can be kicked farther and rolls farther. Ideally you should use a pressure gauge and inflate to the maximum pressure listed on the ball. If your pump doesn't have a gauge, if the ball has just a little give when pressed with your finger tips it is close enough. If you can't make a slight indentation with your finger tips, it's over inflated. If you can make over a half inch indentation, it needs more air. A properly inflated ball seems hard for younger players, but they're not going to hurt their foot if they are kicking properly.
Soccer is classified under the Dewey Decimal System in the 796 range. Specifically, it is typically found under the number 796.334 for soccer as a sport.
It was made of pig skin stitched in panels and had a pigs bladder inside which was inflated. The first rugby balls were NOT shaped as we see today but were nearly like a soccer ball
The type of air that keeps a beach ball inflated is kinetic energy.
It isn't called soccer ball because the soccer ball is the ball you use in soccer. See? I have actually heard people call it soccer and soccer ball.
The material must influence the bounce of a ball: consider an inflated rubber ball versus an inflated aluminum ball. The difference might have to do with the elasticity of the material.