Because - the skin of the Basketball 'locks' the air inside so it can't dissipate. The more air you pump into it - the higher the pressure gets.... until it bursts.
When air is pumped into a bicycle tire, the molecules in the air are pushed into the tire, increasing the pressure inside. The molecules move more rapidly and collide frequently with the walls of the tire, which causes the pressure to rise. This increased pressure creates a force that keeps the tire inflated and able to support the weight of the bicycle and rider.
Before that can be assessed you need to determine what size of bicycle tire you're thinking of. A really narrow tire for a road bike has a very small internal volume while a 2.3-2.4 wide MTB tire will take plenty. The really nice mathematical way of approacing it would be by approximating the tire as a torus, calculating the volume of a few different sizes and then comparing it to the volume of a sphere the size of a basketball. The less elegant (but simpler) way is to approximate the tire size as if the tire is a long cylindrical bar instead, with the length the same as the circumference of the wheel. And of course this is all assuming the same pressure in both ball and tire.
This shows air can be compressed so more air could be pumped in.
You are forcing more air into the same size space. The oxygen molecules get closer and closer as you continue to push air in. Eventually the tire will give way and release the pressure.
Bicycle Victoria's motto is 'More People Cycling More Often'.
The dimension of what? There are more than one feature to a bicycle.
Michael Jordan played baseball and football as well as basketball.
Basketball!
basketball
The pressure increases, and the molecules collide with the tire's inner surface.
No. The "bi" in "bicycle" is another word for "two". If it hasn't got two wheels, it can't be a bicycle.
definitely Football is more athletic than basketball