The total volume of air inside six of Jake's basketballs is 2140.9074 in³.
<h2 /><h2>volume of sphere</h2>
volume of sphere = 
<h3>Given to us,</h3>
properly inflated basketball measures = 8.8 inches across
so, the diameter of each basketball, d = 8.8 inches,
Also, the radius of each basketball, r = 4.4 inches,
Assumption has given, that the wall of each ball is infinitely thin.
As we know a basketball is a sphere in shape, thus,

A Total volume of air inside six of Jake's basketballs =volume of 1 basketball x 6

Hence, the total volume of air inside six of Jake's basketballs is 2140.9074 in³.
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