Yes, because camphor is very volatile.
Sublimation of camphor occur faster by heating and sand remain.
It is called as sublimation............
The mixture of iodine and camphor cannot be separated by sublimation because both substances have different sublimation points. Iodine sublimates at a lower temperature than camphor, which means that when heated, iodine will vaporize while camphor remains solid. As a result, the process would not effectively separate the two components; instead, it would lead to the loss of iodine in the vapor phase without isolating camphor. Therefore, other separation methods, such as solvent extraction or recrystallization, are more suitable for this mixture.
Sublimation is the process of direct transformation of a solid in a gas: examples are iodine, naphthalene, dry ice, camphor.
Camphor disappears when left in the open due to sublimation, a process where a substance transitions from a solid directly to a gas without passing through the liquid phase. This causes the camphor to slowly turn into vapor and disperse into the air, gradually reducing its visible presence.
Sublimation of camphor occur faster by heating and sand remain.
Yes, camphor and sodium chloride can be separated by sublimation. Camphor sublimes at a lower temperature than sodium chloride, allowing them to be separated based on the difference in their sublimation points. The camphor will sublime and can be collected separately from the non-sublimed sodium chloride.
It is called as sublimation............
The mixture of camphor and sodium chloride can be separated by sublimation. Camphor can be sublimed by heating, leaving sodium chloride behind. The vaporized camphor can then be collected and allowed to solidify back into pure camphor.
Camphor can be separated from chalk powder using sublimation. Heating the mixture will cause the camphor to sublime (convert directly from solid to gas) and leave behind the chalk powder. The camphor gas can then be collected and allowed to solidify back into crystals.
In case of sublimation. Example burning of camphor or just vapourization of camphor
Sublimation
In the sublimation process, both sodium chloride (table salt) and camphor can directly change from a solid to a gaseous state without passing through a liquid phase. This occurs when they are heated in a controlled environment with low pressure, causing them to vaporize and then condense back into solid form upon cooling. Sodium chloride sublimes at a high temperature, while camphor sublimes at a lower temperature.
Sodium chloride is NaCl, an inorganic salt. Camphor is C10H16O, an organic compound, a terpenoid..
The mixture of iodine and camphor cannot be separated by sublimation because both substances have different sublimation points. Iodine sublimates at a lower temperature than camphor, which means that when heated, iodine will vaporize while camphor remains solid. As a result, the process would not effectively separate the two components; instead, it would lead to the loss of iodine in the vapor phase without isolating camphor. Therefore, other separation methods, such as solvent extraction or recrystallization, are more suitable for this mixture.
Sublimation is the process of direct transformation of a solid in a gas: examples are iodine, naphthalene, dry ice, camphor.
Camphor disappears without leaving any residue because it undergoes sublimation, a process where a solid transitions directly into a gas without passing through a liquid state. This means that camphor molecules turn into vapor and escape into the air, leaving no solid residue behind.