Yes, a dilute solution of copper(II) sulfate in water is a homogeneous mixture. In this solution, the copper(II) sulfate dissolves uniformly in the water, resulting in a consistent composition throughout the mixture. The solute particles are evenly distributed at the molecular level, making it impossible to distinguish between the water and the dissolved copper(II) sulfate.
Yes, there is a difference. The first mixture consists of two distinct solid components (sand and iron), while the second mixture involves a solid (copper sulfate) dissolved in a liquid (water). The copper sulfate solution is a homogeneous mixture, where the solute (copper sulfate) is evenly distributed throughout the solvent (water), while the sand and iron mixture is heterogeneous with visible separate components.
Epsom salt is a chemical compound (magnesium sulfate heptahydrate, MgSO4.7H2O) not a mixture.
In a homogeneous mixture the components are spread evenly throughout one another and any two random sample of the mixture will be identical. In a heterogeneous mixture the components remain separated into "phases" and the composition of the mixture varies throughout. For example, in muddy water the soil particles remain distinct from the water.
The water solution of copper sulfate is acidic.
To make bordeaux mixture, mix together copper sulfate and hydrated lime in water. The typical ratio is 4 parts copper sulfate to 4 parts hydrated lime to 100 parts water. Ensure everything is fully dissolved before using it as a fungicide in the garden.
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No, a copper sulfate solution is a homogeneous mixture where copper sulfate is dissolved in water.
Copper(II) sulfate has the formula CuSO4.
To obtain copper sulfate crystals from a mixture with sand, you can dissolve the mixture in water. The copper sulfate will dissolve, while the sand will not. You can then filter the solution to separate the sand from the copper sulfate solution. By evaporating the water from the copper sulfate solution, you can obtain copper sulfate crystals.
To separate a mixture of copper sulfate and sand, you can use the method of filtration. First, dissolve the copper sulfate in water to form a solution. Then, pour the solution through a filter paper to separate the sand from the copper sulfate solution. The sand will be left behind on the filter paper while the copper sulfate solution passes through.
A mixture of a solute and a slovent will create a solution. If we combine salt and water, the salt (the solute) will dissolve in the water (the solvent) to form that solution. Note that a mixture is different from a solution in that in a mixture, the two substance remain distinct, like with sand and water.
Yes, there is a difference. The first mixture consists of two distinct solid components (sand and iron), while the second mixture involves a solid (copper sulfate) dissolved in a liquid (water). The copper sulfate solution is a homogeneous mixture, where the solute (copper sulfate) is evenly distributed throughout the solvent (water), while the sand and iron mixture is heterogeneous with visible separate components.
Yes, an aqueous solution of copper sulfate is a homogeneous mixture because it consists of a single phase where the copper sulfate is uniformly dissolved in water, resulting in a uniform composition throughout the solution.
Epsom salt is a chemical compound (magnesium sulfate heptahydrate, MgSO4.7H2O) not a mixture.
Yes, mixing copper sulfate with water forms a liquid solution. Copper sulfate dissolves in water to create a homogeneous mixture where the copper ions are suspended in the water molecules.
A solution is a mixture of any two substances, usually a liquid. Copper sulphate and water is a solution. There are many other solutions as well. Water and milk is a solution, mixing chemicals. Any mix of materials is technically a solution.
To separate chalk from a mixture of chalk and copper sulfate solution, you can add water to dissolve the copper sulfate, leaving behind the chalk. The water-soluble copper sulfate will form a blue solution, allowing you to filter out the chalk residue, which is insoluble in water.