It is a Solution.
A solution is a homogeneous liquid, a suspension is not homogeneous. A suspension is not a true solution.
They are homogeneous. But they are not a mixture, so they are a pure substance
Nope - the substance being dissolved is the solute. The solution in which the substance is being dissolved - is the solvent.
A substance in which a solute is dissolved is called a solvent.
This would make a homogeneous solution.
This is a homogeneous solution.
A solution is a homogeneous liquid, a suspension is not homogeneous. A suspension is not a true solution.
But I believe the answer you are looking for is a Solvent.
A solution is a homogeneous liquid, a suspension is not homogeneous.
A solution is a homogeneous liquid, a suspension is not homogeneous. The term "more" is not adequate.
In homogeneous mixture very fine particles of the substance are suspended and they are so fine that forconsiderabletime, these particles do not settle at the bottom and are evenly spread in the liquid. While in saturated solution, the soluble solution is dissolved to the maximum capacity of the liquid. So the suspension looks opaque and solution lookstransparent.
This would be called a homogeneous mixture or a solution
A solution is a homogeneous mixture. In a homogeneous mixture, a solute is dissolved in another substance, known as a solvent. The solvent does the dissolving. Homogeneous means that the components of the mixture are uniform throughout.
The molecules of the substance are totally dispersed in the liquid forming a homogeneous solution, intermolecular forces being practically annulled.
By mixing of two miscible liquids a homogeneous solution is obtained.
Yes, it is a homogeneous solution.
Suspension will have residue after filtration, but solution will not.