Dissolving is the chemical state in which melting is physical state but the difference is when you dissolve something some things can be brought back but when you melt some thing you are mostly likely not to bring it back to it's natural form
melting is the change from solid to liquid
dissolving is when one substance (be it solid, liquid or gas) mixes equally with another substance (be it solid, liquid or gas) without a chemical change
Dissolving is the chemical state in which melting is physical state but the difference is when you dissolve something some things can be brought back but when you melt some thing you are mostly likely not to bring it back to it's natural form
Melting means turning into a liquid and dissolving means being brought into a liquid to make a solution. Hope this helps
Evaporation is when water is being basically sucked up, and dissolving is when it is disappearing in water.
No basic Difference between melting point and Drop point.
melting choalate,melting ice ,dissolving salt in water
"Orally disintegrating" and "mouth dissolving" both mean the same and are just flash names given to orally dissolvable tablets by drug companies.
The melting point (the melting point depends on the length of the carbon chain).
Ice and chocolate both melt at different temperatures, and they are two different substances.
melting is when an object chemicaly changes.. dissolving is when the object well... dissolves... if you need the exact definition of dissolve go to wikiapedia BaYmAr
To melt is to go from solid form to a liquid state. To dissolve is to disintegrate, or terminate.
No basic Difference between melting point and Drop point.
dissolving
dissolving is when a substance dissapears and reacting is when it REACTS to what you mixed together
Dissolving is the same as divorcing. Annulling indicates the marriage was not consummated.
like melting
melting choalate,melting ice ,dissolving salt in water
dissolving and melting point
Dissolving.
Ice melting in a glass, salt in the ocean
The extraordinary difference in melting points between cyclohexane and cyclohexene is due to the difference in shape. Cyclohexene has an awkward geometry to stack with sp2 hybridized bond angles. This lends to an extreme low melting point for cyclohexene.