sublimation of camphor
Yes. Camphor will sublime whereas sodium chloride will not. Hence they can be separated by sublimation.
Filtration
Sublimation is one.
Sodium chloride and ammonium chloride can be separated either by sublimation or filtration or crystallization. Sublimation can be found on this site ------------ http://www.lenntech.com/Chemistry/sublimation.htm. I personally think that this method is the easiest.
Sublimation - on gentle heating ammonium chloride will sublime. Sodium Chloride does not and has a high melting point.
by sublimation
Yes. Camphor will sublime whereas sodium chloride will not. Hence they can be separated by sublimation.
sublimation
Sodium chloride is NaCl, an inorganic salt. Camphor is C10H16O, an organic compound, a terpenoid..
Mixture of sodium chloride and potassium trioxonitrate it is a substance that can be separated into the seperating device called sublimation
Filtration
Sublimation is a physical change.
Sublimation is one.
Sodium chloride and ammonium chloride can be separated either by sublimation or filtration or crystallization. Sublimation can be found on this site ------------ http://www.lenntech.com/Chemistry/sublimation.htm. I personally think that this method is the easiest.
Sublimation - on gentle heating ammonium chloride will sublime. Sodium Chloride does not and has a high melting point.
The experiment will not work because sodium chloride does not sublime. Ammonium chloride appears to sublime upon heating. However, this process is actually decomposition into ammonia and hydrogen chloride gas. NH4Cl + heat → NH3 + HCl (Wikipedia)
Camphor is a molecular compound, with a molecular formula C10H16O. Because it is molecular and the solid is "held together" by inter-molecular forces it has a lower melting point 175 C and boling point 204C than sodium chloride mp 800+C. bp 1400+ C. Under gentle heating solid camphor has a a reasonable vapor pressure and sublimes (no melting or boiling required -as it is flammable care is needed.) Sodium chloride a giant ionic lattice held together by strong electrostatic bonds when under heated gently has virtually no vapor pressure and does not sublime.