Mr 10 Divergence Betwixt Diffusion As Well As Osmosis
Diffusion: The drive of particles or molecules from a share of higher concentration to a share of a lower concentration is called diffusion.
or
Random drive of of private molecules from a share of higher concentration to a share of lower temperature.
Examples: If a bottle filled amongst approximately gas or vapours is opened at a sure enough house inwards the room, really presently its molecules buy the farm evenly distributed throughout the available infinite inwards the room. Similarly, if a drib of ink is placed inwards water, it is dissolved in addition to its particles motion in addition to thus that they are evenly distributed throughout the water.
Osmosis: The drive of H2O molecule through a semipermeable from the share of higher H2O concentration to the share of less H2O concentration is called osmosis. The phenomenon of osmosis tin live on demonstrated yesteryear the thistle funnel experiment.

or
Random drive of of private molecules from a share of higher concentration to a share of lower temperature.
Examples: If a bottle filled amongst approximately gas or vapours is opened at a sure enough house inwards the room, really presently its molecules buy the farm evenly distributed throughout the available infinite inwards the room. Similarly, if a drib of ink is placed inwards water, it is dissolved in addition to its particles motion in addition to thus that they are evenly distributed throughout the water.
Osmosis: The drive of H2O molecule through a semipermeable from the share of higher H2O concentration to the share of less H2O concentration is called osmosis. The phenomenon of osmosis tin live on demonstrated yesteryear the thistle funnel experiment.
Diffusion vs Osmosis
Diffusion | Osmosis |
It is the drive of all types of substances from the expanse of their higher costless unloose energy to the expanse of their lower costless energy. | It is the drive of entirely solvent or H2O from its higher costless unloose energy or chemic potential to the expanse of its lower chemic potential when the solute particles are non allowed to diffuse. |
Diffusion tin run inwards ay medium. | Osmosis operates entirely inwards a liquid medium. |
Diffusion is applicable to all types of substances: solids, liquids or gases. | It is applicable to entirely solvent business office of a solution. |
It does non involve whatsoever semipermeable membrane. | A semipermeable membrane is a must for the operation of osmosis. |
It is purely dependent upon the costless unloose energy of the diffusing substance. | Osmosis is theme upon the marking of reduction of costless unloose energy of i solvent over that of another. |
It helps inwards equalizing the concentration of the diffusing heart in addition to person throughout the available space. | It does non equalize the concentration of solvent on the 2 sides of the system. |
Turgor delineate per unit of measurement area or Hydrostatic delineate per unit of measurement area does non unremarkably run inwards diffusion. | Osmosis is opposed yesteryear turgor or hydrostatic delineate per unit of measurement area of system. |
It is non influenced yesteryear solute potential. | Osmosis is theme upon the solute potential |
Diffusion of a heart in addition to person is generally theme of the presence of other substances | It is theme upon the reveal of particles of other substances dissolved inwards liquid. |
Factors similar H2O potential, solute potential in addition to delineate per unit of measurement area potential produce non behaviour upon diffusion. | Factors similar H2O potential, solute potential in addition to delineate per unit of measurement area potential produce non behaviour upon osmosis inwards a living system. |
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