Yes, air is matter. It takes up space and has mass. It consists of about 78% nitrogen gas (N2), 21% oxygen gas (O2), and smaller amounts of carbon dioxide gas (CO2), hydrogen gas (H2), and noble gases.
The air you breathe is a gas which is one of the four physical states of matter.
The air you breathe is a gas which is one of the four physical states of matter.
Air is matter because it has mass and takes up space. When you exhale, you can feel the force of air leaving your lungs, which demonstrates that air has mass. Additionally, air exerts pressure on objects as it pushes against them, further showing its physical properties as matter.
Carbon monoxide and particulate matter are two unhealthy elements in the air we breathe, which can have negative effects on human health.
Air is matter because it has mass and occupies space. You can feel the effects of air, such as when the wind blows or when you breathe in and out. Even though you can't see air, you can observe its effects on objects like leaves moving or balloons floating.
Gas. The Earth's atmosphere is composed of gases that make up the air we breathe.
Matter has weight and takes up space. You know that air takes up space, because when you breath in, your lungs fill with air and expand. :) MoMMy.!
They breathe air with lungs.
They do breathe air.
Betta fish breathe air....yes... that's right... they breathe air. They breathe air because they have an organ by their gills that is called the Labyrinth's Organ which allows them to breathe air. They breathe air by coming up to the surface of the water. Then they gather air in their mouths and hold their breath underwater.
Every object in our environment is composed of matter and atoms, including your own body, the air we breathe, the ground we stand on, and so forth.
Air is matter because it has mass and takes up space. You can demonstrate this by observing how air interacts with its environment, such as when it fills a balloon or moves leaves on a tree. Additionally, air can be influenced by forces like gravity and pressure, further confirming its physical presence as matter.