f.p depression = (freezing point of pure solvent)-(freezing point of solution)
-------> 178.4-166.2=12.2
by sublimation
Co2(s) will sublime
Yes, it is possible at temperatures between 25 0C and 50 0C. Besides substances such as naphthalene, ammonium chloride, iodine, dry ice, camphor and anthracene, sulphur also sublimes.
Flammable solids are solid materials that can subject to combustion if placed in a situation where friction or other sources may cause it to ignite. Examples of flammable solids are: Organic - cellulose, naphthalene, camphor, nitrate; Inorganic - lithium amide, sulfur, phosphorous, decaborane
Examples of sublimation are moth balls and dry ice, both of which vaporize from a solid without going to a liquid state. Ordinary ice and snow also does this to a limited degree, though not as much as melting and evaporating.An example of sublimation is dry ice, CO2 (s). Dry ice sublimates at room temperature creating the vapor effect that it is famous for.
When adding a solute to a solvent, the freezing point decreases and is also known as freezing-point depression. Hence when naphthalene is added to camphor the freezing point decreases.
To separate alum, camphor, and sugar, you can use the following procedure: Dissolve the mixture in water: Add the mixture of alum, camphor, and sugar to a beaker containing some water. Stir the mixture until all the components have dissolved. Add ethanol: Add ethanol to the beaker and stir well. Alum will precipitate out of the solution due to its low solubility in ethanol. Filtration: Use a filter paper to separate the precipitated alum from the solution. This will give you a residue of alum and a filtrate containing camphor and sugar. Evaporation: Pour the filtrate into a clean beaker and heat it on a hot plate or evaporate it to dryness to evaporate the ethanol. This will leave behind a residue of camphor and sugar. Separation of camphor and sugar: Add water to the residue to dissolve the sugar and leave the camphor as a residue. Filter the mixture to obtain the sugar solution and the camphor residue. Recovery of camphor: To recover the camphor from the residue, you can use sublimation. Place the camphor residue in a clean and dry evaporating dish and heat it gently. The camphor will sublime and condense on a cool surface, such as a watch glass, which can be scraped to collect the pure camphor. This process will separate alum, camphor, and sugar from each other.
11.8 % steps are: 56 / 473.2 ( how much Liters in a 1pint )* 100= 11.8
Benzoic acid is more soluble than camphor in ethanol. The solution can be filtrated.
Examples include salt in water, alcohol in water, or the mixing of two solids such as impurities in a finely powdered drug. In such cases, the added compound is the solute, and the original solid can be thought of as the solvent. The resulting solution or solid-solid mixture has a lower freezing point than the pure solvent or solid did. This phenomenon is what causes sea water, (a mixture of salt (and other things) in water) to remain liquid at temperatures below 0 °C (32 °F), the freezing point of pure water.
It is! You just have to heat the glycerin!
Camphor is a volatile solid i.e. its vapour pressure becomes equal to the atmospheric pressure much below the melting point. But, common salt is non-volatile. Hence, camphor may be very easily separated from common salt by a physical process, SUBLIMATION! props to yahoo answers
Camphor is a crystalline substance.
camphor contains hydrogen,nitrogen,oxygen
2-Bornanone that is from synonyms.net/synonym/camphor
sublimation of camphor
Camphor will sublime when heated mildly (sugar will not). Heat the mixture mildly, collect the sublimate separately, cool the sublimate to get camphor.