Salt is soluble in water because is a polar, ionic compound.
Salt is hydrophyllic, so it wants to bond with water molecules. (A hydrophobic substance, such as oil, will not bond with water.) The bonds made between water and salt are stronger than the Hydrogen bonds made between water molecules, causing the bonds between the H20 to break. The breaking of the bonds releases energy which is in the form of heat and further melts the ice.
Ionic bonds readily disassociate in aqueous solutions. Table salt, or sodium chloride with the molecular formula of NaCl breaks up into Na+ and Cl- ions in these solutions.
mabe it has stronger bonds and that's it.
Elodia is a freshwater plant. It will die rapidly in salt water.
A salt dissolved in water creates ion-dipole intermolecular bonds which interfere both with the formation of crystal lattices (which must happen for the water to freeze) and the breakdown of intermolecular bonds (which must happen for the water to vaporize). Adding salt to water will lower the freezing point of the water - this is why putting salt on snow-covered roads breaks up the snow and ice.
No, the WATER in fresh Water and Salt Water are the same.,
Salt Water
You get salt water.
the salt dissolves and the water will become salt water
You will have some salt and some fresh water.
Salt is soluble in water because is a polar, ionic compound.
the salt will disolve
Sugar dissolves faster than salt in water. Salt has stronger bonds than sugar. That what makes sugar dissolve faster (because it has weaker bonds and structure than salt)
Salt is hydrophyllic, so it wants to bond with water molecules. (A hydrophobic substance, such as oil, will not bond with water.) The bonds made between water and salt are stronger than the Hydrogen bonds made between water molecules, causing the bonds between the H20 to break. The breaking of the bonds releases energy which is in the form of heat and further melts the ice.
they will die
Ionic bonds readily disassociate in aqueous solutions. Table salt, or sodium chloride with the molecular formula of NaCl breaks up into Na+ and Cl- ions in these solutions.