A gas takes up a greater volume than a solid because there is more space between the atoms in a gas. This might not always be true because of the vagueness of your question. One cubic centimeter of gas can fill a vacuumed chamber of a greater volume, but it can also fill a one cubic centimeter container just like a one cubic centimeter solid can.
Sand is a solid material made up of small rock and mineral particles. It is not a gas or a liquid.
Sand is a solid, made up of tiny particles of rocks and minerals. It does not flow like a liquid or disperse like a gas.
A salad is a solid, as it is made up of various ingredients like vegetables, fruits, and other toppings. These components are in a solid state, not a liquid or gas.
A marshmallow is an example of a solid foam because it is made up of tiny gas bubbles trapped in a solid matrix of sugar, gelatin, and water. These gas bubbles give the marshmallow its spongy, lightweight texture, making it a solid foam material.
Fur is a solid. It is made up of tightly packed fibers that give it its fluffy texture.
they all take up space
solid and liquid because gas doesn't take up space it just floats away
solid and liquid because gas doesn't take up space it just floats away
It is mostly gas, but it has a solid core.
A solid does take up space. Although it doesn't take up as much mass if it were to be a liquid or a gas.For example ice doesn't take up as much space as water or water vapor 123456789
Sugar is a solid. Look up crystal structure and aldoses and keytoses for more information on sugars and their crystals.
When a solid changes to a liquid, it melts and gains more kinetic energy. When a liquid changes to a gas, it evaporates and gains even more kinetic energy. When a solid changes directly to a gas without passing through the liquid state, it is known as sublimation.
Gas is matter in a relatively high temperature range, where the molecules bounce off each other, at relatively high speeds, which makes gas take up a lot more space.Additional Information:At a certain temperature and pressure, all materials have a point where the individual atoms in the element or compound have enough energy to disrupt the type of bond that rendered it a solid. More can be read about the different types of bonds here:http://hyperphysics.phy-astr.gsu.edu/hbase/chemical/bond.htmlDepending on the material, the pressure, and the temperature, the volume of a gas will usually take up more space than a solid, but it is certainly plausible to have a gas that takes up less space than a solid if the temperature and pressure are high enough. The equation PV=nRT (ideal gas law) is a good approximation of what to expect at different temperatures for different substances. Van Der Waal, Maxwell, Pauli, and Plank also came up with interesting equations concerning the unusual behaviour of matter when various interesting things are done to it that involve pressure, heat, and volume.
This is beacause air or Gas has fewer molecules that are clumped up together compared to liquid or solids. So they move freely and take up more of the shape of the compartment or container than the liquid or solid.
A gas heats up faster than a liquid or a solid because the particles in a gas are further apart and can more easily gain energy through collisions. Liquids heat up faster than solids because the particles in a liquid are more closely packed and have more freedom of movement compared to solids.
Liquids take the form of whatever they are in, such as a glass of water. Gas are freefloating. Most cannot be seen. The most common gas on earth, is oxygen. Solids can easily be picked up. Toast is a solid.
Sand is a solid material made up of small rock and mineral particles. It is not a gas or a liquid.