Solids do not evaporate, they Sublimate, i.e. they go directly from the solid state to a vapor. An example this process would be if you gently heat Iodine crystals, you will see purplish vapors begin to form ... it's sublimating.
CAUTIONIf you try this, do it only in fume hood and with a very small sample of Iodine. The fumes are poisonous!A solid is a state of matter. Solids don't readily mix.Particles never actually disappear.You can lose them in fluid if they readily dissolve in that fluid. When dissolving, the particles may break up (ionize) and you could probably call that "disappearing". Some solids will absorb gas particles. For example, concrete can absorb oxygen molecules. But the oxygen is still there, it hasn't disappeared, just been absorbed.Concrete is a mixture and oxygen can be absorbed by it so it would seem the answer is "yes". However, this is kind of skewing the original question a bit.Short answer: No, particles never disappear.
Very much a solid. If it were a liquid it would slide out of (and over and around) your fingers when you tried to grasp it. If it were a gas it would quickly mix with the air and you'd never find it - then again I do seem to be losing track of a lot of pencils so.... :-)
When a liquid turns into a solid, it is called solidification or freezing. This process involves the molecules within the liquid coming closer together and forming a regular, ordered structure in the solid state.
Recessive Traits
There are various reasons why things, such as socks, seem to disappear. Some common explanations include misplacement, human error, or items getting mixed up with other laundry. Occasionally, items might get stuck in different parts of the washing machine or dryer, leading to their disappearance.
A solid is a state of matter. Solids don't readily mix.Particles never actually disappear.You can lose them in fluid if they readily dissolve in that fluid. When dissolving, the particles may break up (ionize) and you could probably call that "disappearing". Some solids will absorb gas particles. For example, concrete can absorb oxygen molecules. But the oxygen is still there, it hasn't disappeared, just been absorbed.Concrete is a mixture and oxygen can be absorbed by it so it would seem the answer is "yes". However, this is kind of skewing the original question a bit.Short answer: No, particles never disappear.
Very much a solid. If it were a liquid it would slide out of (and over and around) your fingers when you tried to grasp it. If it were a gas it would quickly mix with the air and you'd never find it - then again I do seem to be losing track of a lot of pencils so.... :-)
When a liquid turns into a solid, it is called solidification or freezing. This process involves the molecules within the liquid coming closer together and forming a regular, ordered structure in the solid state.
yes
Sublimation is a form of state transition or phase change. It is the process where a solid changes states and turns directly into gas without passing through a liquid state.Dry ice is a good example of a substance that undergoes sublimation. We can watch a chunk of the white solid "disappear" without liquefying.Another example: Under certain conditions, snow on the ground will seem to slowly disappear as it changes directly into water vapor, bypassing the liquid phase.In lower grades it is sometimes accepted that sublimation can also be when a gas turns straight into a solid without going through a liquid state but that transition is formally known as deposition. You can remember this by saying solid-gas sublimation because they both start with s!See Related Links for more information.
Which gas? There are lots of them. Gas is a stage of matter (solid, liquid, gas) not what you seem to think it is. So your answer is - who knows.
Recessive Traits
The correct spelling of the word is disappear.Some example sentences are:My keys seem to disappear often, as if they have legs.Where did the waiter disappear to?Much to the audience's disappointment, the magician's assistant did not disappear.
Molecules move fastest in a gas, then in a liquid, and slowest in a solid. In a gas, molecules have high kinetic energy and move freely, while in a liquid, molecules can slide past each other but are still somewhat restricted. In a solid, molecules have the least amount of kinetic energy and vibrate in fixed positions.
if you are using a busun burner,then you can turn the 'air hole' to cover the gap and then turn it to full it will seem to disappear and then reappear.
i think they usually come out in the dark, so that's why they seem to "disappear" cause they rarely come out when there's light
There are various reasons why things, such as socks, seem to disappear. Some common explanations include misplacement, human error, or items getting mixed up with other laundry. Occasionally, items might get stuck in different parts of the washing machine or dryer, leading to their disappearance.