Too high a heat.
The mass of sugar is 100 g.
It can be. A saturated solution is one that is at the limit of how much of a solute it can hold. So whether a solution of sugar in water is saturated depends on the temperature and how much sugar is dissolved in a given amount of water.
Too much sugar acts as a solution, which has high osmotic pressure. The cell functions are adversely affected by such solution.
The substance we call "chocolate", strangely enough, doesn't boil. The reason is that it is a mixture of solids and fats. The fats will boil if heated to much higher than water boiling temperature and at various levels, which makes it a dangerous experiment. The solids in chocolate, like cocoa and sugar, will just burn - not boil. If you are talking of meltingtemperature, that is around 32 degrees Celcius.
Measure the mass of the hot water, then add sugar. Dissolve the sugar in the water, then weigh it again. A much faster way to see if there is in fact sugar in hot water is tasted it (if it is not too hot).
First of all, this is a stupid question I mean are you in 1st Grade? But yes salt conducts electricity much better than sugar.
The result will be a sugar syrup with a concentration determined by how much the sugar dissolves in the boiling water. As the solution cools, the solubility of sugar decreases, which may result in sugar crystals forming unless the solution is kept hot or additional water is added.
Unsaturated, the sugar will dissolve and you won't see any sugar solutessaturated, when the solution has all the solutes that it can take and dissovledsuper saturated, there is too much sugar and you can see the sugar solutes
percent concentration = (mass of solute/volume of solution) X 100 To solve for mass of solute, mass of solute = (percent concentration X volume of solution)/100 So, mass of solute = (10% X 100mL)/100 = 10g
This question makes no logical sense
hi
When sugar is dissolved in water, it typically appears as a clear solution, with no visible particles. The sugar granules disappear as they dissolve, resulting in a sweet-tasting liquid. Depending on the concentration, the solution may appear slightly cloudy if too much sugar is added, but generally, it remains transparent. The color of the water remains unchanged, as sugar is colorless in solution.