Yes, the space it occupies keeps the ball from collapsing in on itself and going flat.
The air inside a ball is considered to be matter because it has mass and occupies space. Matter is anything that has mass and takes up space, and since the air inside the ball meets these criteria, it is classified as matter.
Yes, air inside a ball is matter because matter is anything that has mass and takes up space. Since air has mass and fills the space inside the ball, it meets the criteria to be considered matter.
Yes the air inside a ball is matter. Matter is anything that takes up space and has mass (solid liqud or gas), the air in the ball takes up space.
Yes, air is matter wherever it is found. Since it is occupying space (trapped in ball), will have some mass and we could feel the air inside it by simply keeping it on our hands..It is also justified by the definition of MATTER..
Yes,air occupy space
If you mean "Does air occupy space?" then yes it does when we compress air it takes space.. but when its not compressed we may not feel it but it still does take up space..
The sugar granule, water, stone, air inside ball and leaves are all matter it's because all of them has mass and volume, and all of it occupies space. All of it is all made up of atoms and molecules are made of
Yes, air does occupy space in your mouth when you breathe in, causing your cheeks and tongue to expand. This is due to the physical properties of gases, which expand to fill the space they are in.
Yes, the air inside the ball is considered matter because it has mass, occupies space, and consists of particles (molecules of oxygen, nitrogen, etc.) that make up its physical properties.
Yes, air inside the ball has mass because air is made up of molecules which have mass. When air is trapped inside the ball, it contributes to the overall weight of the ball.
The volume of air inside a balloon decreases as the balloon is deflated or contracts. This is because the space available for the air to occupy shrinks as the balloon's surface area reduces, causing the air molecules to be more densely packed.
There would literally be no air as there would be no space for it to occupy. If you compress air sufficiently it will liquify, but stilll occupy a discrete volumes.