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Matter is the substance of all things in the physical world. It can be solid, liquid, plasma, or gas. The word “matter” comes from the Latin word “mater,” meaning “mother.” So, the matter is what gives life to everything around you.
The matter is everywhere. Everything around you is made of matter. It’s the stuff that makes up your body, the air you breathe, and the water you drink.
Gas is one of the forms of matter. Many people consider gas, wind, and air the same thing; however, there is a slight difference between them.
Their main difference is the amount of pressure exerted on them by their surroundings. Moreover, air is a mixture of gases that makes up the Earth’s atmosphere. Gas is any substance that can be changed into a liquid or solid by applying pressure. The wind refers to the movement of air across a surface.
Let’s dive into the details of these three forms of matter.
The air consists of several gases, significantly nitrogen (78%), oxygen (21%), argon (0.93%), and carbon dioxide (0.04%).
At sea level, the atmospheric pressure is around 760 mmHg or 760 torrs. This means that the air pressure at sea level will be about 1 atmosphere.
At high altitudes, where there’s less air above you to push down on you, the pressure drops significantly: in Denver, Colorado, it’s about half that of sea level.
The air pressure in a given place is determined by how much air there is above it: if you were standing on top of Mount Everest and had a balloon with you, it would expand until it reached just below the level of your head (assuming nothing else changed).
The wind is a natural phenomenon. The wind is the movement of air across the surface of the Earth or in its upper atmosphere.
On an average day, winds in the Northern Hemisphere’s middle latitudes blow predominantly from the southwest (between 260 and 310 degrees). These winds are called trade winds.
Winds also occur at high altitudes in the atmosphere, especially near jet streams and around mountain ranges. Jet streams are narrow bands of strong, fast-moving air that form at high altitudes in the troposphere.
They are located about six miles above sea level in tropical regions, about 18 miles above sea level in temperate areas, and about 36 miles above sea level at polar latitudes.
Jet streams can reach over 200 miles per hour (320 kilometers per hour). They help to maintain the climate within their respective areas: Colder air flows downhill into warmer areas, warm air moves uphill into cooler ones; and dry air moves into wetter regions.
Gas is a substance that has no color, smell, or taste. It’s made up of tiny particles called molecules.
Each molecule comprises two or more atoms held together by chemical bonds.
The term “gas” refers to a natural substance that occurs in the air or underground. It has no definite shape or volume.
It comprises molecules with carbon and hydrogen atoms, separated by weak bonds. When these bonds are broken, the molecules move rapidly around each other and heat up. This is what makes gas hot.
The molecules in the gas move so fast that they can’t stay together in one place, so the particles spread out over a larger area than liquids or solids do.
Gas can be stored in tanks or cylinders to keep it under pressure, so it won’t escape through its container as quickly as it would otherwise.
Gas, air, and wind are all forms of matter. They differ in their density, temperature, and how they’re composed.
You can easily understand these differences by taking a look at this table.
Wind | Air | Gas |
Moving air is called wind. | Air is a mixture of different gases. | Gas is a form of matter that has no definite shape or volume. |
The energy of wind molecules depends on the temperature. | Air molecules have less energy. | Molecules of gas have a lot of energy. |
Wind molecules move at higher speeds at high temperatures and vice versa. | Air molecules are pretty stable and move at low speeds. | Gas molecules move at very high speeds. |
Wind molecules are the least flammable. | Air molecules are less flammable. | Many gases are easily flammable. |
The wind is an example of gas.
Gas is the name used to describe a substance with no definite shape or volume because it takes up space in all directions.
The wind comprises air molecules that move quickly and take up space in all directions. In this way, wind behaves like a gas.
The wind is a type of air, but it is not a physical substance per see.
The wind is the movement of air, which creates pressure differences around objects. Because of this, wind can be used to create motion or pressure on objects and people.
Air is called wind because it moves. “Wind” comes from the Old English word widan, which means “to move.”
Air moves in different ways, depending on how fast it moves and whether it moves horizontally or vertically.
Air can move horizontally when it blows off the ground and over objects. For example, try blowing a toy car across the floor; notice how the air moves around it as you blow. That’s horizontal motion.
Air can also move vertically—it rises and falls from warmer to cooler areas. This always happens when you feel a breeze on your face after sitting in a warm room.
Smoke is not a gas.
It is a mixture of gases and solid particles, which means it can simultaneously be a liquid and a gas.
The particles are so small that you cannot see them with your naked eye, but you can feel them when they enter your nose or lungs.
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