This depends on the nature of this solid, temperature, pressure, stirring, particles dimension etc.
the answer to this one is, you cant dissolve a solid..like wood well you could with some chemicals that would eat away at the solid but if you mean putting it in some water and heat it up then no you can not.
A insoluble solid will not dissolve in liquid.
yes sugar is matter any thing is matter if its a solid liquid or gas and sugar would be solid particles
Very hard to separate completely but you could mix the mixture with water the BaCl2 would dissolve in water while the CaSO4 wouldn't (much) Then filter off the remaining solid. The BaCl2 would be in solution and the water could be evaporated off. 99% of the CaSO4 would be separated out since BaCl2 is 100X more soluble.
Granulated sugar would dissolve faster because there is more surface area exposed to the water.
harriet tubman
Water would be the solvent and the solid would be the solute.
the answer to this one is, you cant dissolve a solid..like wood well you could with some chemicals that would eat away at the solid but if you mean putting it in some water and heat it up then no you can not.
Depends on the solid. Cotton candy would dissolve a lot faster than the same weight of caramelized sugar, due to a lot more surface area.
A insoluble solid will not dissolve in liquid.
yes sugar is matter any thing is matter if its a solid liquid or gas and sugar would be solid particles
A non polar compound would be least likely to dissolve in water.
There is no such thing as a soluble precipitate A precipitate a solid that is formed in a chemical reaction, therefor only a insoluble precipitate can occur, and the soluble would remain as a soluble solution. The difference between a soluble and insoluble precipitate is that a insoluble precipitate is incapable of dissolving in a liquid, and a solid is formed in the reaction, where as the soluble substance will dissolve in the liquid.
Whether all of the sugar dissolved or not, and it would be very unlikely that it would all dissolve in that small an amount of water, the total mass of the solution or mixture would be 250 grams.
Very hard to separate completely but you could mix the mixture with water the BaCl2 would dissolve in water while the CaSO4 wouldn't (much) Then filter off the remaining solid. The BaCl2 would be in solution and the water could be evaporated off. 99% of the CaSO4 would be separated out since BaCl2 is 100X more soluble.
Well, I would like to know where I could get a free pair of solid gold pants, but I'm not bothering YOU about it. Lesson Learned. ~Swag Sister
The common way would be to dissolve it in water. As a solid, the ions of sodium and chlorine are not free to move. In solution they are, and are able to support an electron flow.