I Think it is salt and sugar:)
Ionic solids most likely dissolve in water because water is a polar solvent.
Of course! However, note that solids will dissolve in liquid.
No, not at all. In fact most solids are INsoluble. Some solids (such as metals, stones, wood) don't dissolve while other solids like sugar or salt do dissolve. Water is a polar molecule, therefore it can dissolve only polar substances and many ionic compounds. However, it cannot dissolve non-polar substances.
A solvent is a liquid that can dissolve solids, gases, or liquids to form a homogeneous mixture. Water is a common solvent used for dissolving various substances.
Not all solids dissolve faster in acids.
No, not at all. In fact most solids are INsoluble. Some solids (such as metals, stones, wood) don't dissolve while other solids like sugar or salt do dissolve. Water is a polar molecule, therefore it can dissolve only polar substances and many ionic compounds. However, it cannot dissolve non-polar substances.
For example polar liquids dissolve polar solids, nonpolar liquids dissolve nonpolar solids.
Ionic solids will most likely dissolve in polar solvents such as water, which can break apart the ionic bonds holding the solid together. The polar solvent molecules surround the individual ions and help to disperse them evenly throughout the solution.
All solids can dissolve, it just depends on the temperature and solution to which it will be dissolved in.
Solids that do not dissolve are called insoluble solids. These substances do not dissolve in water or other solvents due to their chemical properties. Examples include sand, chalk, and plastic.
No, not at all. In fact most solids are INsoluble. Some solids (such as metals, stones, wood) don't dissolve while other solids like sugar or salt do dissolve. Water is a polar molecule, therefore it can dissolve only polar substances and many ionic compounds. However, it cannot dissolve non-polar substances.
Not all solids will dissolve in water at all. Those that do dissolve do so at different rates, and it's also temperature-dependent.