Density = Mass/Volume
As salt(mass) increases and the volume remains the same, density also increases.
When salt is dissolved in water, the mass of the water increases without a significant increase in volume, increasing the density of the solution. This is because the added salt molecules displace some of the water molecules and fill the space in between them, making the solution denser.
It causes the density to increase because the more salt added to water, the more buoyant or dense it becomes. Salt itself does not evaporate as the water does so as the water evaporates the salt content is effectively increased, therefore making the water more saline or dense.
It causes the density to increase because the more salt added to water, the more buoyant or dense it becomes. Salt itself does not evaporate as the water does so as the water evaporates the salt content is effectively increased, therefore making the water more saline or dense.
The density of water increase after evaporation.
When salt is added to water, the density of water increases. Therefore the density of egg becomes less than the density of water therefore it begins to float in water.
The density increase after evaporation.
The density increase.
During evaporation the density increase.
Water being evaporated, the concentration of salt increase and as a consuquence the density increase.
The water density doesn't decrease.
By evaporation concentration of salt increase; salted water has a higher density than pure water.
As more salt is added to the saltwater solution, the density of the water increases. Eventually, the density of the saltwater solution becomes greater than the density of the cork, causing the cork to sink. This is because denser objects tend to sink in less dense fluids.