Because the circumference can vary from 68 to 70 centimeters, the volume is approximately 5310 to 5792 cubic centimeters(324 to 353.5 cubic inches).
Circumference 68 cm = Radius 34/pi = Area 5309.77 cm3
Circumference 70 cm = Radius 35/pi = Area 5792.19 cm3
The answer should be around 68.83185 fluctuating by the inflation of the soccer ball.
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A regulation soccer ball is comprised of both hexagons and pentagons.
past the soccer ball
The soccer ball is round in three dimensions. It's a sphere. (The Laws of the Game actually specify a spherical ball.)
a Soccer ball
The answer should be around 68.83185 fluctuating by the inflation of the soccer ball.
If you mean the volume of a soccer ball, the law requires that a regulation size 5 soccer ball be between 68 and 70 centimeters. This translates to a volume between 5309.77 cm3 and 5792.19 cm3.
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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.
soccer ball, just did it
A supporter soccer ball is your mom
Women's soccer is in a different league to the men's soccer. Women use a soccer ball that is the same size as the men's soccer ball.
A soccer ball and a pump
Soccer ball
There are squares on a soccer ball net
Possible effects of temperature on soccer ball. 1. Raising temperature will increase the pressure within the ball making the ball more rigid. This ball should rebound off of the foot more readily. [With a higher speed!] 2. Raising air temperature will tend to dry out the air. Dry air would tend to generate less air friction. 3. Increasing air temperature would increase the volume of the air within the ball. If the ball has a greater volume it will have to push more air out of the way, thus increasing the frictional force acting on the ball. 4. If the volume of the ball increases, its buoyancy would also increase giving the ball more "lift".