solubility of solids and liquids

Solubility of Solids in Liquids - The extent to which a solute is soluble in a solvent is expressed in terms of solubility. Solubility of a substance may be defined as the amount of solute dissolved in 100gms of a solvent to form a saturat..

The extent to which a solute is soluble in a solvent is expressed in terms of solubility. Solubility of a substance may be defined as the amount of solute dissolved in 100gms of a solvent to form a saturated solution at a given temperatur..

Gases are completely miscible with each other. Gases also dissolve in liquids and solids. Gasses are soluble in liquid to different extents e.g., solubility of hydrochloric acid gas in water is much more than the solubility of oxygen in wa..

Sodium dissolves in liquid ammonia to give conducting blue-colored solution due to the presence of ammoniated electrons in solutions...

The particles are loosely packed and are bound to each other with forces weaker than those of solids. This gives them definite volume but not definite shape. Thus liquids are mobile and take the shape of the container in which they are placed. Examples: Water, oil, milk e..

When a solid is heated it starts melting at a certain fixed temperature (melting point). At this stage even when the heating is continued, the temperature does not change until the whole of solid is converted into liquid. The state when solid and l..

Solid-Liquid Equilibrium - When a solid is heated it starts melting at a certain fixed temperature (melting point). At this stage even when the heating is continued, the temperature does not change until the whole of solid is converted into liquid. The state ..

From our day-to-day experience, we come to know that a solid can dissolve faster if: a) The particles are smaller. b) The mixture is stirred or agitated. c) The solvent is at a higher temperature. So the fastest way to dissolve a solid in a liquid is to grind the ..

Velocity of Sound in Liquids and Solids - modulus of the liquid r is its density. For water, at a temperature of 20 o C, B = 2.05 x 10 9 Nm - 2 and r = 1000 kmg -3 The velocity of sound in water was determined by Daniel Colladon and Jacob Sturm in the lake of Geneva in..

The velocity of sound in water was determined by Daniel Colladon and Jacob Sturm in the lake of Geneva in 182..