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When sugar and glycerin are put into water and stirred, they will dissolve and form a homogeneous mixture. The sugar molecules will break down and disperse in the water, while the glycerin will dissolve and mix evenly with the water, creating a sweet and viscous solution.
When sugar is put into cold water and stirred, it will dissolve. The sugar molecules will disperse and mix evenly with the water molecules to form a sugar solution.
When sugar is stirred into water, the sugar molecules dissolve in the water molecules. This creates a solution in which the sugar molecules are evenly distributed throughout the water. The presence of sugar in the water stimulates sweet taste receptors on the tongue, giving the sensation of sweetness.
Sugar stirred in water dissolves faster than sugar left alone in water. By stirring the sugar, it increases the surface area of the sugar particles coming into contact with the water, speeding up the dissolving process.
When sugar is stirred into water, the sugar particles dissolve in the water. This is because sugar is a polar molecule, allowing it to break apart and be surrounded by water molecules. This process creates a homogeneous sugar-water solution.
If sugar is put in cold water and not stirred, it will dissolve slowly over time as the water molecules interact with the sugar crystals. Stirring helps to speed up the process by breaking down the sugar crystals and allowing them to mix more readily with the water.