Wiki User
∙ 13y agoNo.I know that in endothermic reactions things absorb heat or get colder. In exothermic reactions they release heat or get warmer. So, since the container gets hot I guess the energy is exothermic.
Wiki User
∙ 13y agoNo, this process would be exothermic because it releases heat energy. Endothermic processes absorb heat energy from the surroundings.
The best way to dissolve sugar is by stirring it into warm water or any other hot liquid. The heat helps to break down the sugar crystals faster, allowing it to dissolve more easily.
Yes, Copper Sulphate crystals can dissolve in water to form a blue solution.
To form a heterogeneous mixture of sugar and salt crystals, you can simply mix the two substances together in a container. The sugar and salt crystals will not dissolve into each other as they have different chemical properties, creating a visible separation in the mixture.
Joanne could dissolve the salt in water to separate it from the sand. She would then filter the mixture, allowing the sand to remain on the filter paper while the saltwater passes through. Finally, she could evaporate the water from the saltwater to obtain salt crystals in one container and collect the sand from the filter paper into another container.
You can dissolve blue copper sulphate crystals faster by increasing the temperature of the solvent (water), stirring the solution, or crushing the crystals to increase the surface area in contact with the solvent.
The best way to dissolve sugar is by stirring it into warm water or any other hot liquid. The heat helps to break down the sugar crystals faster, allowing it to dissolve more easily.
Yes, Copper Sulphate crystals can dissolve in water to form a blue solution.
The solution is said to be saturated. This means that it contains as much solute as possible at a given temperature, and any additional solute will not dissolve but will instead form crystals at the bottom of the container.
Kryptonite Crystals?
To form a heterogeneous mixture of sugar and salt crystals, you can simply mix the two substances together in a container. The sugar and salt crystals will not dissolve into each other as they have different chemical properties, creating a visible separation in the mixture.
Joanne could dissolve the salt in water to separate it from the sand. She would then filter the mixture, allowing the sand to remain on the filter paper while the saltwater passes through. Finally, she could evaporate the water from the saltwater to obtain salt crystals in one container and collect the sand from the filter paper into another container.
Heat energy is taken IN.
You can dissolve blue copper sulphate crystals faster by increasing the temperature of the solvent (water), stirring the solution, or crushing the crystals to increase the surface area in contact with the solvent.
Yes, copper sulfate crystals can dissolve in water. When added to water, the crystals break down into copper ions and sulfate ions, forming a solution of copper sulfate.
You can dissolve Borax crystals in containers by soaking them in hot water and stirring until the crystals are fully dissolved. You can also add a small amount of vinegar or lemon juice to help break down the crystals. Alternatively, you can use a commercial descaler product specifically designed to dissolve minerals like Borax.
To grow salt crystals, you need a saturated salt solution, a container, and a seed crystal. Dissolve salt in water, heat if needed to saturate the solution. Place the seed crystal in the solution, cover it with a paper towel to allow slow evaporation, and let it sit undisturbed until crystals form.
Sodium dodecyl sulfate (SDS) is commonly used as a surfactant that can dissolve lead sulfate crystals. It helps to disperse the crystals and prevent them from settling or agglomerating, promoting better dissolution.