The "moth balls" perform an action called "Subliming". That is, they go from a solid state directing to a gaseous state. This is the same thing that 'Dry Ice' does. Dry Ice is solid CO2 , and does not melt into a liquid state, but rather it goes from solid to gas directly.
It is because the naphthalene balls undergo the process of sublimation and change directly to vapors from solid rather than becoming liquid. Thus, they do not leave any residue.
Because it sublimes (changes directly from a solid to a vapor) at room temperature. naphthalene balls are vaporisable substance so they easily turn into vapor , they can turn into vapor because the intermolecular force is very weak so it easily vaporises to gas
The process is called sublimation.
Napthalene balls form a gaseous state from solid state without turning into liquod i.e. SUBLIMATION
Moth balls are made of naphthalene, a compound that contains hydrogen and carbon atoms. They are used to keep away moths.
Naphtalene is used as a repellant against moths but not especially in toilets.
Naphthalene or moth balls sublimate(change from a solid to a gas) so they can "disappear" without wetting the clothes.
Because it sublimes (changes directly from a solid to a vapor) at room temperature. naphthalene balls are vaporisable substance so they easily turn into vapor , they can turn into vapor because the intermolecular force is very weak so it easily vaporises to gas
Naphthalene or moth balls sublimate(change from a solid to a gas) so they can "disappear."
Yes, naphthalene balls have the property of sublimation. This means that they transition directly from a solid state to a gaseous state without passing through a liquid state. When exposed to air, naphthalene balls slowly vaporize and release a strong odor.
Naphthalene sublimes over time. That means it turns into vapour which disappears into the air.
Most certainly, inhalation of naphthalene is dangerous!
they're called mothballs-for moths.
naphthalene balls
Naphthalene (ingredient of napalm)
The process is called sublimation.
To separate naphthalene balls from sodium chloride, simply add water until all the sodium chloride is dissolved. Then either filter, or just pour off the solution, and the naphthalene balls will be left behind. Naphthalene is very insoluble in water, and sodium chloride is very soluble in water.
Napthalene balls form a gaseous state from solid state without turning into liquod i.e. SUBLIMATION