In order to pass current through a solution you need to have ions in it. Table salt (NaCl) dissolves into Na+ and Cl- ions. Meanwhile sugar does not dissociate into ions in a water solution.
I don't know. Ask your chemistry teacher. Sincerely, a girl who doesn't know.
suspension solution does not allow the light to pass through it because particles present in the solution are larger in the size so they absorb the light and they obstruct the path. thus the light does not pass through it.
You could dissolve the bulk material in water, then pass the solution through a filter paper. This will stop all the sand. The residual solution should be evaporated under a reduced air pressure, so as to avoid overheating the sugar when it crystallizes out.
A mixture of salt and sugar can be separated by using an organic solvent to dissolve the sugar. When the sugar is dissolved, it can be separated by filtering the salt from the liquid sugar,then recrystallise both solutions to from back their original crystals.
A kitchen sieve will allow this.
it will get hot
This is possible because potassium hydroxide is an electrolyte.
The electrical current doesn't pass through the water which sugar was dissolved; because sugar doesn't ionize in water. (For example salt ionizes in water) You can determine which solutions dissolve water by looking at it's solute: If the solute is a compuon formed with covalent bonds, that the solution will be electrically unconductive, if is formed by ionic bonds; then the solution will be electrically conductive.
The solution pass through a filter.
Yes, we can boil water if we pass enough current through it......
Yes.
Resistance in the circuit makes it difficult for current to pass through.
suspension solution does not allow the light to pass through it because particles present in the solution are larger in the size so they absorb the light and they obstruct the path. thus the light does not pass through it.
I don't know. Ask your chemistry teacher. Sincerely, a girl who doesn't know.
Through the villi in the small intestine
You could dissolve the bulk material in water, then pass the solution through a filter paper. This will stop all the sand. The residual solution should be evaporated under a reduced air pressure, so as to avoid overheating the sugar when it crystallizes out.
Fluorine is separated by electrolysis. It's when you pass an electric current through a solution with ions which then splits the bond of the elements.