Basic physics will tell us that higher temperatures will led to a faster rate of diffusion. The water particles will be moving faster (higher temperature = higher kinetic energy = higher particle speed), and this will lead to more particle collisions. With more, collisions, the tints will be spread quicker.
A fun way to visualize this is to get 2 identical drinking glasses. Fill one with hot water, and the other with cold. Then add a single drop of food coloring to each glass at the same time. The coloring will spread quicker in the hot water.
Yes, the higher the temperature, the faster materials dissolve in the given liquid
The hotter the water, The faster it will dissolve.
No, it's false. Because temperature has nothing to do with diffusion.Diffusion is like this, imagine that you are pouring a water on a bathtub, if you pour the water on one side of the bathtub, the water will still go to the other side of the bathtub and then the water will be leveled inside the bathtub. Therefore no matter what temperature it won't affect the movement of water.
Yes, the solubility is greater at high temperature.
detergent would dissolve at a faster rate
Increasing the temperature the solubility also increase.
The particle size,temperature and agitation affect the rate at which a substance will disolve in a solution.
Yes, coffee and tea are heated to speed things up.
The temperature of the solution, the particle size of the solute, and whether the solution is stirred will all affect the amount of time it takes for a substance to dissolve into solution.
Temperature affects the amount of solutes (including gases) which will dissolve in the water as well as the amount of life that it will sustain - in terms of species and their numbers .
It doesn't. The amount of time it takes for a tablet to dissolves depends on the tablet brand. Some brand names dissolve faster but some other tablets can dissolve faster.
Broken the crystal in small parts; dissolution in water is easy.Factors which affect the rate of dissolution: temperature and stirring.