The sports basketball is a team sport played by two teams of five players each on a rectangular court. The goal of the game is to put the ball through the opponent’s net into their own goal, called a “basket.”
What Is the Density of a Basketball?
The density of a basketball is between 0.70 and 0.80 grams per cubic centimeter on average. Because of this, a basketball is very simple to both toss and catch. The density of a bowling ball is between 1.32 and 1.36 grams per cubic centimeter.
What Is the Volume of a Ball?
An approximation of the volume of a basketball may be obtained by using its circumference.
The circumference of basketball hoops used in the NBA is 29.5 inches, which results in a volume of 434 cubic inches when measured in cubic inches.
Despite this, any change in the total quantity of air contained inside the basketball will have no impact on its overall volume. If you’ve ever shot hoops with a regulation basketball, you’ve undoubtedly seen something like this before.

You can determine the amount of air that is contained inside a basketball by using a pressure gauge.
In order to be in compliance with NBA standards, balls need to have an air pressure of 7.5 to 8.5 pounds per square inch when they are inflated. If the basketball is deflated below this level, it will no longer bounce in the correct manner.
Will a basketball sink or float?
Those that have a density that is higher than that of water will sink, whereas things that have a density that is lower than water will float.
Because air is less dense than water, large hollow objects like a basketball are able to float in the air rather than sink. A basketball will float rather than sink in any body of water it is placed in.
Conclusion
If an item is placed in water, its density determines whether it will float. The density of an object will be lower than the density of the liquid in which it is submerged, so the object will float. It will sink to the bottom of the liquid if it is heavier than the liquid it is put in.
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