Your question makes no sense, but if I had to guess at what you're after, the answer may be sublimation.
after a while it disappears because of evaporationAnswer:Water does not disappear when it boils. It changes state from a liquid to a gas and diffuses into the air. The gaseous water can be cndenses back into a liquid.
Dry air is just over 78% nitrogen gas.
Oxygen gas makes up just over 20% of the air around us.
If dry ice is left on a table, it will sublimate, meaning it will turn directly from a solid to a gas without passing through a liquid phase. This process will cause the dry ice to disappear over time as it releases carbon dioxide gas into the air.
If they disappear, I would guess that they sublimate. This is similar to evaporation, except that in this case, it changes directly from solid to gas.
Mothballs contain chemicals that slowly turn from a solid into a gas at room temperature, a process called sublimation. As the chemicals vaporize, the mothballs shrink in size and eventually disappear as the gas dissipates into the air.
No, water is only transformed in a gas.
she ran out of gas when she was looking for a place Howland
Mothballs contain a substance called naphthalene or paradichlorobenzene, which slowly evaporates when exposed to air. This process is known as sublimation, where a solid transforms directly into a gas without passing through the liquid phase. As the mothballs evaporate, they gradually disappear, leaving behind no residue or physical remnants.
because the air freshener substance reacts with oxygen and the chemical x is removed from the substance. after this the solid slowly dissolves over a period of time. actually it follows a sublimation process.
Yes.
Naphthalene (moth balls) sublimes, which means it transitions from a solid to a gas without going through a liquid phase. This process occurs due to the substance's high vapor pressure at room temperature, causing it to evaporate directly into the air. As a result, naphthalene can disappear from clothes without leaving any visible residue.