bcuz they are gas and the particles do not settle so it would be hard for gas to be a colloid.
The greatest kinetic energy is found in gases because the particles in gases have the highest average kinetic energy due to their high speed and random motion. Liquids have less kinetic energy than gases, while solids and colloids have the lowest kinetic energy as their particles are more closely packed and have less freedom of movement.
A mixture that shows the Tyndall effect contains particles that are large enough to scatter light. This effect is typically seen in colloidal mixtures, such as a suspension of particles in a liquid. When a beam of light passes through the mixture, the scattered light makes the beam visible, creating a visible pathway of light.
Gas can be part of a mixture by being dispersed with other substances in the form of a gas-gas mixture, like air which is a mixture of gases. Gases can also be part of a gas-liquid mixture, such as carbon dioxide dissolved in soda. Overall, gases can be combined with other substances in various mixtures depending on the environmental conditions and interactions.
Distillation can be used as a separation method.
bcuz they are gas and the particles do not settle so it would be hard for gas to be a colloid.
* Mixtures contain two or more compounds.* Suspensions contain solids not soluble in liquids; dimensions are over 1 micrometer. Suspensions also exist in gases.* Colloids have dimensions between 100 nm an 1 micrometer.* Solutions are homogeneous mixtures, generally as liquids.
The Atmosphere.
They are all something in something else. Suspensions are colloids. Colloids are something small dispersed in something else - solids in liquids (a suspension), gases in liquids, gases in solids etc etc Solutions are one phase - a liquid, but at least 2 compounds make up that phase.
Gases may be elements, compounds, or mixtures. A gas is a phase state of matter.
The greatest kinetic energy is found in gases because the particles in gases have the highest average kinetic energy due to their high speed and random motion. Liquids have less kinetic energy than gases, while solids and colloids have the lowest kinetic energy as their particles are more closely packed and have less freedom of movement.
A mixture that shows the Tyndall effect contains particles that are large enough to scatter light. This effect is typically seen in colloidal mixtures, such as a suspension of particles in a liquid. When a beam of light passes through the mixture, the scattered light makes the beam visible, creating a visible pathway of light.
They are all something in something else. Suspensions are colloids. Colloids are something small dispersed in something else - solids in liquids (a suspension), gases in liquids, gases in solids etc etc Solutions are one phase - a liquid, but at least 2 compounds make up that phase.
Color in planets comes from mixtures of different gases
Karl Elser has written: 'The behaviour of various gases and the separation of mixtures of gases in a vortex tube'
Yes, all gaseous mixtures are solutions because they are homogeneous mixtures of two or more gases where the components are uniformly distributed at a molecular level.
Gas can be part of a mixture by being dispersed with other substances in the form of a gas-gas mixture, like air which is a mixture of gases. Gases can also be part of a gas-liquid mixture, such as carbon dioxide dissolved in soda. Overall, gases can be combined with other substances in various mixtures depending on the environmental conditions and interactions.