The kinetic energy is only very slightly involved in dissolving sugar. What is important is that stirring mixes the solution and the liquid close to the sugar will not get saturated because it is being mixed with all the other liquid. the grains of sugar will present more surface area to the solvent (they will be mixed up in it and not settle to the bottom of the mixing vessel) thus the grains will dissolve faster if they are stirred vigorously. The heat energy added to the solution from stirring plays a very minor role.
kinetic
Tea is mainly water. Water is a polar solvent and will dissolve polar solutes. Sugar is polar. Therefore, hot tea will dissolve sugar due to the polarity of each substances. The second factor is the heat. Generally (but not always) increasing the temperature allows the solute to dissolve more quickly. The temperature increases the kinetic energy of the solute and the solvent. The polar solute bonds can be broken and the solute can be dispersed in the solvent more quickly if the energy of the system is higher.
photosynthesis
helps the solute to diffuse.
It is happened due to atomic structure of sugar. It's carbon compound dilute quick and make bond from liquid. Dissolving is a process which requires energy. Energy can be provided in a number of ways and the more energy available the faster it will happen. One way to provide energy is to heat the tea, another is to get the tea moving by stirring it.
The sugar cubes soften when placed in the water and begin to dissolve. The sugar cube in the hot water dissolves the fastest. Sugar will dissolve faster when you stir the solution quickly because the act of stirring increases kinetic energy which increases the temperature.
kinetic
Tea is mainly water. Water is a polar solvent and will dissolve polar solutes. Sugar is polar. Therefore, hot tea will dissolve sugar due to the polarity of each substances. The second factor is the heat. Generally (but not always) increasing the temperature allows the solute to dissolve more quickly. The temperature increases the kinetic energy of the solute and the solvent. The polar solute bonds can be broken and the solute can be dispersed in the solvent more quickly if the energy of the system is higher.
Yes, just not as quickly
yes it does
The water molecules gain energy and move more rapidly. See Kinetic Theory.
I am not sure what they are looking for here. The general answer is because the solvent constant is dependent on temperature. The molecular answer is that temperature is a measure of the kinetic energy present in solution. Increasing the kinetic energy in solution increases the chance that a water molecule will collide with the sugar with sufficient force to dissociate the molecules of 'sugar' from each other, thus allowing it to dissolve is solution.
Warm water dissolves anything faster. The molecules in water move at different rates depending on temperature. Cold water has closely packed molecules and in hot water the molecules are vibrating more and moving all around. They have kinetic energy which is the energy of movement which allows them to have more evergy and it can dissolve things faster such as when u stir sugar into water, the kinetic energy of stirring makes it dissolve more than just pouring it in.
photosynthesis
helps the solute to diffuse.
Probably because the surface area of the sugar granules is larger, more sugar molecules are exposes to water at once.
The sugar cube in the hot water will dissolve faster because there are more and higher energy collisions between the water molecules and the sugar molecules which will cause the sugar to dissolve faster.