Iron is extracted with a magnet.
Salt is soluble in water.
After filtration camphor remain on the filter.
Iron is separated with a magnet.Camphor is extracted with acetone.
Iron is separated with a (electro)magnet.Camphor is extracted with acetone.
Yes, camphor soap is quite common in Asia. if you make it yourself, it's 10% Camphor.
by using a bar magnet,because iron fillings are magnetic and hence it gets attracted to that bar magnet
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.
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
Iron is separated with a magnet.Camphor is extracted with acetone.
Heat mildy. camphor will sublime, collect it separately, cool to get back solid camphor.
Iron is separated with a (electro)magnet.Camphor is extracted with acetone.
Yes, camphor soap is quite common in Asia. if you make it yourself, it's 10% Camphor.
A common process one can use to separate salt from water is distillation.
by using a bar magnet,because iron fillings are magnetic and hence it gets attracted to that bar magnet
You increase your odds of admission.
You increase your odds of admission.
There are over 250 types of catnip. The most common are: - common catnip - camphor catnip - greek catnip - lemon catnip - catmint. Learn more about these types of catnip here: http://www.catnipsum.com/sciency_stuff.html
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.
Yes. Your common epoxy resin does this, as does starch+water.