Muddy water and salt solution contains, quite obviously, water, salt and mud. Due to the fact that the salt molecule is polar, it dissolves in water. [Note: The higher the temperature of the water, the more salt can be dissolved in it]. So we essentially have salt dissolved in water and mud suspended (and/or floating/sinking) in a beaker. Stir up the solution to make the mud/water mix homogenous (also for complete separation). Pour the mix through a filter+funnel set up. Notice how the water flows straight through, but the mud is retained in the fileter paper. Now you have a salt water solution. Heat the mixture until the water is boiling. This causes the water molecule to evapourate, thus leaving the salt behind.
Sinking or floating also depends on the density of the object
Salt affects how fast ice melts in a cup of water. When you add salt, the melting process will be faster but it will only affect the part of the ice cube that comes into contact with salt.
the hottter the temperature the faster salt dissolves
as the salt dissolves in the water the water becomes more dense, so the egg will be more buoyant. (at least you tried to spell it correctly)
Salt in the water
Salt water gets diluted as it mixes with water. So no chance of floating or sinking.
Experiments comparing the densities of salt water and fresh water can demonstrate how salinity affects the buoyancy of objects. Salt water is denser than fresh water due to the dissolved salt, causing objects to float higher in salt water compared to fresh water of the same volume. This phenomenon is demonstrated in experiments such as the floating egg or sinking and floating objects in different types of water.
woetso jigdak invented an egg floating in salt water.
The salt water has a greater density and the floating is easier.
Adding salt to water the density is increased.
Density of salt water.
no
The floating or sinking of an object depends on the upthrust force the water exerts on the object. By Archmides' principle, Upthrust Force = (Density of Liquid) * (Volume of Liquid Displaced by the object) therefore the upthrust force depends on the density of the liquid, and as salt water has a larger density than fresh water, boats should float better on salt water.
gtgtg
No, floating in salt water is not an example of Bernoulli's principle. Bernoulli's principle states that as the speed of a fluid increases, its pressure decreases. Floating in salt water is due to the principle of buoyancy, where an object displaces an amount of water equal to its weight, causing it to float.
Water mixed with salt does not affect the taste,bt it also depend on the amount of water mixed with the salt and the quantity of salt mixed with the water