In warm because the warm molecules are moving faster and can dissolve more hope that answers your question.
Granulated sugar would dissolve faster because there is more surface area exposed to the water.
Hot water will make sugar dissolve faster compared to cold water because the increased temperature causes the sugar molecules to move more rapidly and interact with the water molecules more effectively.
Temperature: more sugar will dissolve in water at a higher temperature. The amount of water is also a factor, since more water will be able to dissolve more sugar. If you are wondering about the rate, and not simply the amount, of sugar dissolving, then the surface area of the particles is also important. The greater the surface area, the more rapidly it will dissolve (smaller grains of sugar would dissolve more rapidly than a sugar cube, for instance).
sooner of later the sugar would break down
Sugar is soluble in water, meaning it can dissolve in water to form a homogeneous solution.
You could try running water through it (which would dissolve the sugar), collecting the water, and evaporate it to get the sugar back.
Sugar would dissolve easier in hot water compared to coffee. This is because sugar crystals are smaller and more soluble in water, allowing them to dissolve more quickly and easily. Coffee grounds, on the other hand, are larger and contain oils that make them less soluble in water.
it is all about surface area. if you were to stir it the sugar crystals would have water on all sides, but when sitting in the bottom of a cup the water has to dissolve the crystals on the outside, and then it would keep going.
204g of sugar is the maximum amount of sugar that will dissolve into 100mL of water.
If you physically combine water and sugar, the sugar would dissolve in the water, forming a sugar solution. The sugar molecules would separate and mix evenly with the water molecules, creating a sweet-tasting liquid.
by heating the water slowly and by stirring using a spoon, you can dissolve salt and sugar.
The sugar melted and disolved to water.