Faster. Because the hotter/warmer the substance, the faster ink or any other material would dissolve in it.
cooling the water
Granulated sugar would dissolve faster because there is more surface area exposed to the water.
The answer depends on the temperature of both water. But salt would dissolve faster in boiling water than it could in carbonated water at room temperature.
Sugar Crystals Dissolves Faster In Distilled Water Then In Tap Water Because Distilled Water Is Water That Has Essentially All Minerals Removed. Tap Water Has Nasty Invisible Substances In It Such As Pesticides And Weed Killer Makin The Sugar Dont Dissolve
Sugar will generally dissolve faster in a solution that contains water, and Windex, primarily composed of water, may dissolve sugar. However, the presence of other chemicals in Windex could potentially affect the solubility rate. Overall, while sugar can dissolve in Windex, it might not dissolve as efficiently as it would in plain water.
slower
it would be faster
cooling the water
hot water
Salt water
Hot water does not dissolve. Neither does "cold". And, the grammatically correct question would be "Hot does hot water dissolve faster than cooler water."
it would be in warm
Sugar dissolves faster in something hot than it does in something cold is because when particles are heated, they move faster. This way, the sugar is more attracted to the water in the tea, making it dissolve. In cold water, it moves slower, creating it to attract to the water slower.
Well, I'm not sure if you're looking for a specific answer, but it put it simply, sweets dissolve faster in warm water because it is in the process of melting . . . and because the heat makes it melt faster. Idk what you're looking for, but hope this helps?
The molecules are slower and more compact.
if the water is hot,the solvent will dissolve faster and when it gets stirred it will dissolve even faster than when it wasn't. but if the water is cold it will dissolve slower than hot water even when stirred.
When a river floods it water will flow faster then the normal speed.