Firstly, a mixture of sugar and water is known as a solution. A solution is a solute completely dissolved in a solvent.
A solute is a compound (can be in any state) which can be dissolved in a solvent(which also can be in any state). The resulting mixture is known as a solution. A solution must be a homogeneous mixture in one phase only. This means that both the solute and solvent must be in the same state. In this example, sugar is in the aqueous state which water is in the liquid state, which makes them essentially in the same phase.
Sugar, in this case, is dissolved into water to form sugar water. Hence, sugar is is the solute.
em....sugar-water?!?!
or maybe you are looking for: a mixture
sugar water
Simple syrup
Sugar solution
cake
sugar dissolves in water to form a homogeneous mixture
stirr the mixture around in water, until the sugar dissolves, then take the flour out, and let the water evaporate out of the sugar-water mixture ??
mixture
Yes, Heterogeneous Additional information: The sugar is dissolved in the water. This "mixture" consists of two different types of molecules (thus we call it a mixture): water molecules (H2O) and sugar molecules (one type of sugar is table sugar, C12H22O11)
A mixture because the sugar is mixed in the water
cake
sugar dissolves in water to form a homogeneous mixture
A mixture of sugar and water is best called a solution.
A water sugar solution !
A water sugar solution !
No, its not a homogenous mixture as sugar and sugar are not distributed uniformly. However, sugar in water and salt in water is a homogenous mixture.
stirr the mixture around in water, until the sugar dissolves, then take the flour out, and let the water evaporate out of the sugar-water mixture ??
mixture
Sugar water is a true solution.
The water is the solvent.
Yes, Heterogeneous Additional information: The sugar is dissolved in the water. This "mixture" consists of two different types of molecules (thus we call it a mixture): water molecules (H2O) and sugar molecules (one type of sugar is table sugar, C12H22O11)