solution is transparent whereas suspension is not transparent.
particles in solution are of size less than 100nm.but particles of suspension are of size more than 1000nm.solution is homogeneous mixture whereas suspension is heterogeneous mixture. solution doesn't exhibit Tyndall effect or brownian movement.but suspension exhibits it....
solution is transparent whereas suspension is not transparent.
particles in solution are of size less than 100nm.but particles of suspension are of size more than 1000nm.solution is homogeneous mixture whereas suspension is heterogeneous mixture. solution doesn't exhibit Tyndall effect or brownian movement.but suspension exhibits it....
Solutions are homogeneous mixtures with particle sizes at the molecule or ion level. The particles have dimensions between 0.1 to 2 nanometers. Typically solutions are transparent. Light can usually pass through the solution. If either the solute or solvent are able to absorb visible light then the solution will have a color.
States of matter in solution
Example
gas in gas
air ( N2, O2 , Ar, CO2 , other gases)
gas in liquid
soda pop (CO2 in water)
liquid in liquid
gasoline (a mixture of hydrocarbon compounds)
solid in liquid
sea water ( NaCl and other salts in water)
gas in solid
H2 in platinum or palladium
liquid in solid
dental amalgams ( Mercury in silver)
solid in solid
alloys ( brass, (Cu/Zn), solder (Sn/Pb)
Suspensions are heterogeneous mixtures with particles that have diameters greater than one micrometer. The size of the particles is great enough so they are visible to the naked eye. Suspensions are "murky" or "opaque". They do not transmit light. Suspensions separate on standing. The mixture of particles can be separated by filtration. Blood and aerosol sprays are examples of suspensions.
solution is transparent whereas suspension is not transparent.
particles in solution are of size less than 100nm.but particles of suspension are of size more than 1000nm.solution is homogeneous mixture whereas suspension is heterogeneous mixture. solution doesn't exhibit Tyndall effect or brownian movement.but suspension exhibits it....
A solution is a homogeneous mixture.
A suspension is a heterogeneous mixture: solid particles suspended in a liquid.
The solute is dissolved in the solvent; the suspension is not soluble.
Suspension will have residue after filtration, but solution will not.
seawater solution or suspension
Biscuit is a solid, not a solution or suspension.
Depending on the particles dimension: - between 1 and 1000 nm is a colloid - above 1000 nm is a suspension - the solution hasn't visible particles
solution
Orange juice from concentrate would be a solution, although real orange juice is neither a solution or a suspension. The major difference between solution and suspension is that a solution is a homogeneous mixture, and a suspension is heterogeneous.
The traditional test is that a suspension scatters at least some of any light that passes through the suspension, while a solution does not.
Well a suspension is a solution that settles and a emulsion is a solution that seperates into layers
Suspension will have residue after filtration, but solution will not.
A solution has only one phase.A suspension has two phases.A colloid has two phases but the colloidal particles have dimensions under 1 micrometre.
A solution has only one phase.A suspension has two phases.A colloid has two phases but the colloidal particles have dimensions under 1 micrometre.
In a solution the solute is dissolved meaning it has undergone a chemical change and is now in ion form while in a suspension the solute is exactly the same only in little floating bits.
suspension??
dexamethasone acetate is in suspension form while other is in solution form
A colloid.
Suspension-Mixtures of water and nondissolved material. Solutions-All of the components are evenly distributed throughout the solution like its breaks apart and disperses
Use the Tyndall Effect shine a light through it. If the light is scattered then it is colloidal. Both colloids and suspensions are heterogeneous. A solution will not show the beam through it's substance but the colloid will. The particles in the suspension will eventually settle at the bottom, showing that it is NOT a solution.