(l)
Salt is the solute (the substance being dissolved) and water is the solvent (the substance doing the dissolving.
No. The SUBSTANCE is still water, only now sugar is dissolved in it.
"this property of water helps move substances from the roots of trees to their leaves"
The solute. Solutions are formed when one substance (the solute) is dissolved into another (the solvent). For example, when a spoonful of sugar is dissolved in water, the sugar is the solute and the water is the solvent.
When salt dissolves in water, the salt is the solute, and the solvent is the water. Whenever you have a solution, the substance that is being dissolved is the solute, the substance that it is being dissolved in is the solvent.
(l)
You can represent a substance dissolved in water by placing the chemical formula of the substance in parentheses followed by "(aq)" to indicate that it is in aqueous solution. For example, sodium chloride dissolved in water would be written as NaCl(aq).
You can represent a substance dissolved in water by adding the symbol "(aq)" next to it in a chemical equation. This symbol indicates that the substance is in aqueous solution. For example, NaCl(aq) represents sodium chloride dissolved in water.
The symbol used in a chemical equation for a substance dissolved in water is "(aq)", which stands for "aqueous".
(aq)
(aq)
The symbol "aq" in a chemical equation indicates that a substance is dissolved in water, making it aqueous. This means that the substance is in the form of ions that are surrounded by water molecules.
If a substance can be dissolved in water, it is said to be hydrophilic or water-soluble. This means that the substance has an affinity for water and can form a homogeneous solution when mixed with it.
The symbol for dissolved in water in a chemical equation is (aq), which stands for "aqueous." This indicates that the substance is dissolved in water as part of the reaction.
it means the compound is dissolved in water.
Salt is the solute (the substance being dissolved) and water is the solvent (the substance doing the dissolving.
No. The SUBSTANCE is still water, only now sugar is dissolved in it.