The answer will depend on what solvent you are adding the sugar to and how much of it there is.
The exact amount may vary, but typically a solution can only dissolve about 2 teaspoons of sugar per 1 ounce of water before the sugar is seen accumulating at the bottom and no longer dissolves.
No. Chalk is insoluble in water. Adding sugar will not change that.
Yes, a heterogeneous mixture of sugar and water can dissolve as much sugar as the water can hold at a given temperature. However, there is a limit to the amount of sugar that can dissolve in water, known as the solubility limit. If more sugar is added beyond this limit, it will remain as undissolved solid at the bottom of the container.
The answer depends on what the solvent is and how much there is.
Oh, dude, can Sprite dissolve in sugar? Well, technically, yes, because Sprite is a liquid and sugar can dissolve in liquids. But like, why would you want to do that? Are you trying to create some kind of super sugary soda concoction? Just stick to regular Sprite, man.
The answer depends on what the solvent is and how much there is.
6 teaspoons At least 6 teaspoons of sugar added until it will no longer dissolve.
The answer depends on what the solvent is and how much there is.
When sugar can no longer dissolve in water, the solution is considered saturated. This means that the maximum amount of sugar has been dissolved at that temperature, and any additional sugar added will not dissolve. A concentrated solution, on the other hand, refers to having a high amount of solute relative to the solvent, but it doesn't necessarily mean it is saturated.
The exact amount may vary, but typically a solution can only dissolve about 2 teaspoons of sugar per 1 ounce of water before the sugar is seen accumulating at the bottom and no longer dissolves.
no
A saturated solution.
No. Chalk is insoluble in water. Adding sugar will not change that.
Hot water or very cold water .
Yes, cube sugar typically takes longer to dissolve in warm water compared to granulated sugar. This is because the larger surface area of granulated sugar allows it to dissolve more quickly due to increased contact with the water molecules. Cube sugar, on the other hand, has a smaller surface area, which slows down the dissolution process.
The sugar might dissolve in the acid and get added to the solution.
Yes, a heterogeneous mixture of sugar and water can dissolve as much sugar as the water can hold at a given temperature. However, there is a limit to the amount of sugar that can dissolve in water, known as the solubility limit. If more sugar is added beyond this limit, it will remain as undissolved solid at the bottom of the container.