Tricky question.
Are you talking about the concentration of salt in the water or the concentration of water in the salt?
It is unusual to talk about the concentration of water unless it is dissolved in another solvent like alcohol. Pure water has a constant concentration of 55.6 mol/dm3.
Water is more concentrated without salt in it.
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.
The solution become more concentrated in sugar.
When the water content of the body is low, the urine excreted tends to be dark yellow or amber in color. This can indicate dehydration, as the body is conserving water by producing less urine that is more concentrated. Drinking more water can help normalize urine color and maintain proper hydration levels.
When there is excess water in your body fluids, your kidneys will produce more dilute urine to help get rid of the excess water. This results in a higher volume of urine that is more clear and less concentrated.
5 grams of salt in 10 grams of water is more concentrated (50%) compared to 18 grams of salt in 90 grams of water (20%).
No. Water tends to diffuse from a region where it (water) is more concentrated to a region where it (water) is less concentrated. The other way of thinking about this is that water diffuses from an area of high solute concentration to an area of low solute concentration.
ADH causes an increase in water reabsorption in the kidneys. Thus, by absorbing more water, the urine becomes MORE concentrated (more compounds in less water = more concentrated)
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.
To make urine more concentrated, drink less water and consume foods high in salt and protein. This will reduce the amount of water in the body, leading to more concentrated urine.
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.
Add More Salt to make it more concentrated and add more wtaer to make it less concentrated
Less water means less mass to heat up, so there is less thermal energy required to raise its temperature. Additionally, with less water, more heat is concentrated in a smaller volume, leading to quicker heating.
To make a concentrated solution weaker, you can add more of the solvent (such as water) to dilute it. Adding more solvent will decrease the concentration of the solute, making the solution less concentrated.
The urine of desert rats is more concentrated than humans, and of most animals, because of where they are. They live in the desert, where water can be scarce. The less water a person or animal drinks, the more concentrated their urine will be.
A sponge gets its oxygen from the water. The oxygen moves from the water to the sponge by a process called diffusion. Diffusion is when molecules of a substance move from an area where they are highly concentrated (where there are a lot of oxygen molecules) to an area where they are less concentrated (where there are not a lot of oxygen molecules). Oxygen is more highly concentrated in the water then in the sponge. Therefore, the oxygen goes from the water to the sponge.
There will be movement of water by osmosis from the less-concentrated solution (left) to the more-concentrated solution (right). Water will tend to flow from a more-dilute state to a less-dilute state.
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.