Actually, you can make salt dissove faster, by using the following means: 1. increase the temperature of the water 2. decrease the size of the particles of salt 3. stir it up
That will depend on a number of factors, including the size and type of the lollipop, the temperature of the water, whether you have a large amount of water and stir regularly.I suggest you simply try it out, for a specific lollipop, at your home.
Stir the mixture.
To prepare a saturated solution of CuSO4 at room temperature, add the desired amount of CuSO4 to distilled water in a clean container. Stir the solution until no more CuSO4 dissolves, indicating saturation. Allow any undissolved CuSO4 to settle at the bottom before using the clear saturated solution.
When you stir table salt into a glass of water, you are forming a solution. The salt particles dissolve in the water, creating a homogeneous mixture where the salt is evenly distributed throughout the liquid.
Salt dissolves in water relatively quickly, with the rate of dissolution depending on factors such as temperature and stirring. In general, table salt can fully dissolve in water within a few minutes if the water is agitated or warm.
You stir the teaspoon of sugar into 2-3 teaspoons of boiling water, - then pour that into your ice cold temperature.
The amount of heat generated by friction as you stir the water is not enough to raise the temperature significantly. To bring water to boiling point, a much larger heat input is needed, usually from an external heat source like a stove. Stirring alone won't generate enough heat to boil water.
To make a saturated salt solution, simply add salt to water and stir until no more salt dissolves. This means that the solution is holding as much salt as it can at that temperature. It is important to use hot water and stir continuously to help dissolve the salt effectively.
You can dissolve sugar in water faster by increasing the temperature of the water, stirring the mixture vigorously, or crushing the sugar into smaller particles before adding it to the water. These methods help to increase the kinetic energy of the sugar molecules, allowing them to mix more easily with the water molecules.
Actually, you can make salt dissove faster, by using the following means: 1. increase the temperature of the water 2. decrease the size of the particles of salt 3. stir it up
solvent
You can thicken water by adding a thickening agent such as cornstarch or flour. Simply dissolve the thickening agent in a small amount of cold water, then stir it into the water you want to thicken and heat until it reaches your desired consistency. Stir continuously to avoid lumps.
you can because when making home made sugar you boil and stir sugar and water together then add maple flavoring.
The water in the oceans is coming from rivers. The river water is taking with it all kinds of material (some of it salt/minerals). As the ocean water is heated by the sun, the water becomes steam and moves in to the atmosphere (forming clouds, for example), but the salt does not vaporate as water does. Therefore the remaining water is salty (more salt for less water). You can very easily try this by heating some water. First add a little bit of salt in a pot of water, stir it so it dissolves. Taste it before and after heating the water (caution: the water should cool before tasting). You'll get the idea.
room temperatureAns2: Hmm, a room temperature roux...that would take all the fun out of Cajun Napalm.Your roux will start bubbling as the temperature hits 212° F and all the water boils out of your flour...actually, you should have already had the oil up to about 350° F before you stir in the flour. Keep stirring, the roux will go from mud brown to brick red. Stir, Stir, Stir! If you go past brick red, the roux is burnt and you need to dump it and re-start.Be ready to quench the roux as soon as you see any red. Kill the heat and dump in the vegetables.3 degrees? Sounds sort of goofy to me...Take the oil to around 350° F;Stir in the flour;Quench at Brick Red.
You need to stir the water because the heat energy coming off whatever you put into the calorimeter (whether it be food, metal, etc.) won't evenly distribute its heat throughout the water, and therefore the temperature reading won't be as accurate. If you stir it, the heat will be more evenly "mixed in" with the water, so to speak, and you will get a more accurate reading.