Salt dissolves easily in water because the polar water molecules are attracted to the positive and negative ions in the salt crystal. The water molecules surround the salt ions, breaking the ionic bonds holding the salt crystal together and allowing the ions to disperse throughout the water. This is a process known as hydration.
Depends what salt you're on about, NaCl, KNO3, CuCO3, CH3COONa, FeI3 ???
Anyway the answer to way a salt is or isn't soluble is to do with the equation...
ΔG = ΔH - TΔS. ΔH is enthalpy and determines whether something is kinetically stable, ΔS is entropy and determines if something is thermodynamically stable hence T for temperature. ΔG is free energy and if it is negative then there is enough energy left over for the reaction to proceed, take NH4SO4 as an example it is actually an endothermic process to dissolve NH4SO4, this means ΔH is positive, but of course dissolving an ionic compound decreases the enthalpy dramatically, meaning Δs is positive TΔS > ΔH. This means ΔG is negative and the substance can dissolve. Of course somethings like the carbonate ion have much higher hydration and lattice enthalpies, so ΔH > TΔS, this makes ΔG positive and hence copper carbonate is not soluble.
Water can dissolve more sugar than salt. This is because the molecular structure of sugar allows it to easily bond with water molecules, while the ionic nature of salt makes it less soluble in water.
Sugar dissolves in water slower than salt because sugar molecules are larger and take more time to break apart and mix with the water molecules. Salt dissolves quickly in water because salt molecules are smaller and can easily separate and interact with water molecules, causing a faster dissolution process.
Substances that are polar or ionic tend to dissolve easily in water because water is a polar molecule. Polar substances have positive and negative ends that can interact with the positive and negative ends of water molecules. Ionic substances completely dissociate into ions in water, allowing them to dissolve easily.
Ink is insoluble in salt water because it is not a polar substance that can easily be dissolved by the polar solvent (water). Instead, ink contains pigments and binders that do not mix well with water, making it difficult for the ink to dissolve and disperse in the salty solution.
Sugar molecules are smaller and have a more linear shape compared to salt molecules, which allows them to easily break apart and dissolve in water. The chemical structure of sugar also forms hydrogen bonds with water molecules, aiding in its dissolution. Salt, on the other hand, has a more complex ionic structure that takes longer to break down and dissolve in water.
Water dissolve easily salt.
it can, polar water molecules easily dissolve polar molecules, or ionic compounds such as salt.
Salt is easily soluble in water.
Salt is easily dissolved in water because both are polar compounds.
babe
Because salt is an ionic compound is easily dissolved in water.
itself/salt/sugar.
No, but salt does dissolve in water.
Water can dissolve more sugar than salt. This is because the molecular structure of sugar allows it to easily bond with water molecules, while the ionic nature of salt makes it less soluble in water.
Salt (NaCl) is easily dissolved also in cold water; but the solubility is enhanced by increasing the temperature.
Salt will dissolve in water
Sodium chloride is dissolved in water because is a polar, ionic compond.