Lyopobic colloid is a colloidal dispersion whereby the dispersed phase is solvent hating .i.e little interaction between the dispersed phase and the continuous phase. Lyophobic colloidal particles are not readily solvated because the continuous phase prefer to interact with one another than be involved in solvating the dispersed particles. Lyophobic colloidal dispersion does not form spontaneously when the dispersed particles and the continuous phase are brought together. The dispersed particles will tend to aggregate i.e thermodynamically favourable. However this is not pharmaceutically favourable. Dispersion method and condensation method are two methods involved in manufacturing lyophobic colloids. If the continuous phase is water, it is also called hydrophobic colloids.
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∙ 12y agoWiki User
∙ 11y agoEach particle of lyophilic colloids is solvated - coated with a monomolecular layer of the dispersion media.
Dispersed particles of intrinsic shape and some polymer molecules may entrap additional molecules of the dispersion media resulting in higher solvation of the colloid system.
Due to solvation lyophilic colloids are more viscous than the dispersion media.
If the dispersed polymer molecules are cross-linked they form a network structure, in which all the dispersion media is mechanically entrapped. Properties of such colloids (gels) are similar to those of solid.
Formation of lyophilic colloids is spontaneous (mechanical agitation is not required). The colloids are thermodynamically stable. The average size of the dispersed particles is determined by the value of the interfacial tension and the temperature.
If the dispersed polymer molecules are cross-linked they form a network structure, in which all the dispersion media is mechanically entrapped. Properties of such colloids (gels) are similar to those of solid.
Formation of lyophilic colloids is spontaneous (mechanical agitation is not required). The colloids are thermodynamically stable. The average size of the dispersed particles is determined by the value of the interfacial tension and the temperature.
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∙ 14y agoluophilic colloids are coloidal system that prodece stabledispersionbetween colloidal particles and liquid
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∙ 13y agoLYOPHILIC is more stable than Lyophobic which is water-hating.I just heard this topic when we watched at our school's AVR.Hope helps!
{mikiie much--fb!}
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∙ 11y ago`Lyo` means solvent and `phile` means to love so lyophilic colloidal particles have a great attraction towards solvent molecules so are stable in solution.
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∙ 10y agoA lyophilic colloid is a macromixture that is predominately liquid loving but also has other latent properties, like viscosity, solidity, or turbidity, for instance like milk.
protective colloids are absorbed by solid particles,increase the strength of the double layer through hydrogen bonding and reduce the molecular interaction and aid in dispersion.they donot reduce the interfacial tension or the surface tension.
Colloids are stuck between heterogeneous and homogeneous mixture. So you can't say that it is a heterogeneous or homogeneous. It is both.
A colloid refers to a homogeneous mixture containing insoluble particles that do not settle out. Some examples of negatively charged colloids are silica, clay minerals and soil colloids.
yes
What is a colloid
Lyophilic collids molecules are more attracted to the dispersion medium then the particles themselves there by coagulation does not takes place
The 3 types of colloidal system are: 1. Lyophilic colloids 2. Lyophobic colloids 3. Association colloids
lyophilic solution is more stable cause it is attracted while liophobic are stabilised by agents like detergents
Medicines in colloidal form are easily adsorbed by the body tissues and hence are more effective, biological sciences are with numerous colloidal systems, including cell membranes, viruses, bacteria, DAN, proteins... colloids play a role in the semiconductor industry, memory chips, and micro-processors, Polymers, or macromolecules, in solution are lyophilic colloids...
After my opinion they are not colloids.
when lyophobic colliod coagulates, lyophillic colloid stops this cogulation and works as protecter, the prtection can be mesured with golden number
protective colloids are absorbed by solid particles,increase the strength of the double layer through hydrogen bonding and reduce the molecular interaction and aid in dispersion.they donot reduce the interfacial tension or the surface tension.
Milk, butter, gelatin, and jelly are some examples of colloids. Aerosols can be categorised under colloids too.
Colloids are very small particles of a substance suspended in a mixture making them homogeneous.
Colloids are stuck between heterogeneous and homogeneous mixture. So you can't say that it is a heterogeneous or homogeneous. It is both.
the biological is biology scientist of the condensation of colloids....
These colloids are called emulsions.