yes. sugar doesn't react exothermically with water (it doesn't give out heat when you put it in water). It will usually absorb some of the heat from the water for thermal equilibrium to occur.
Sugar has a higher boiling temperature than that of water, so water with sugar dissolved into it will take more energy and raise to a higher temp before boiling.
not really it sinks if theres more warm stuff (moving) it heats no it doesn't, however it will decrease the boiling point of water, which is why you can make water boil after taking it out of a microwave (magnatron) by putting sugar in it.
Sugar increases the boiling waters temperature because it is an impurity. Impurities are dissolving molecules. Another example of an impurity is salt, although salt has a much greater affect on boiling water than sugar does. Impurities will increase water's boiling point because they are able to dilute the concentration/ solution of the water. In other words: the amount of water molecules will decrease and so will the amount of molecules that are able to vaporize at the specific temperature. This causes the need for a higher temperature in order to gain the same amount of vapor pressure, thus raising the boiling point.
it gets cooler
the temperature of boiling water that is mixed with iodized salt will decrease.
solubility generally increases on heating. so sugar cube in boiling water will dissolve fastest.
You don't decrease the temperature, you raise the water's boiling point, or increase the water's temperature......
Adding sugar to boiling water it will increase the boiling temperature very slightly
Each substance has a different effect on the boiling point.
Both saltwater and sugar water will boil at the same temperature; the average boiling temperature of 100 degrees Celsius. However, the salt and sugar will evaporate at different points during heating.
The answer depends on the rate of WHAT! The rate of water boiling, for example, will increase with temperature but the rate of ice forming will decrease.
the answer is saturated.