Solution A would be more concentrated because the salt to water ratio in Solution A is 3:1. However, in Solution B, the salt to water ratio is 2:1.
A concentrated solution contains a single component (or very very nearly so). A dilute solution contains a large quantity of "contaminant". For instance, a glass of tap water is (for the purpose of this explanation) concentrated H2O. Now take this glass of water, and pour it into a bowl, and fill the bowl with bleach. Now the bowl is roughly 75% bleach, and 25% water, which is a dilute solution of water. Removing the water would produce a concentrated solution of bleach and vice versa.
No, a concentrated solution has a high amount of solute dissolved in a solvent. In the case of water and sugar, the concentration of sugar would need to be higher in order for the solution to be considered concentrated.
The solution become more concentrated in sugar.
A concentrated solution is one that has a relatively large amount of solute dissolved in the solvent. This means that there is a higher proportion of solute particles compared to solvent particles in the solution. The concentration of the solute is higher in a concentrated solution.
they both have to mix with water
No major effects. The salt water and the water join to become a less concentrated salt solution than the salt water but a more concentrated salt solution than the regular water.
Solution A is highly concentrated than solution B.
The plant cell sap is more concentrated than the water in the cell because it contains a variety of solutes such as sugars, ions, and proteins dissolved in the water. This higher solute concentration in the cell sap creates a hypertonic environment compared to the surrounding water inside the cell.
Concentrated solution because it is a strong solution. It has a large amount of solute which fits the definition of concentrated solution.
Osmosis
Water moves from an area of higher water concentration (dilute solution) to an area of lower water concentration (concentrated solution) in osmosis. This movement occurs across a semi-permeable membrane.
concentrated acid