A colloid espicially lyophobic sols are weak electrolytes hence they under go partiall ionisation in aqueous medium and they attain equillibrium between dissociated and the undissociated part but the equillibrium is towards the undissociated part because the solution contains some of the true electrolytes which are having low ionization potential hence they undergo complete ionization so due to their presence the colloid can't completely dissociate.but when a excess of common ion is added to maintain the constant equillibrium value the number of free ions(which are in common with the lattice of colloid)should be reduced as
their is on avaibility of the ion with opposite charge(because the colloid partially dissociates giving very less number of free ions) wtih out any option the ion adsorbs on the surface of the colloid
When a colloid absorbs a negative ion, it can lead to changes in the colloid's surface charge and stability. The negative ion may neutralize some of the positive charges on the colloidal particles, potentially reducing their repulsion and causing aggregation or flocculation. This process can affect the overall properties of the colloid, such as its viscosity, opacity, and stability in suspension. Ultimately, the interactions between the colloid and the absorbed ion play a critical role in determining the behavior of the colloidal system.
I^- is the most common ion of Iodine.
A colloid-ion refers to a type of colloidal system where charged particles, known as ions, are dispersed within a continuous medium, often a liquid. In colloidal systems, these ions can influence the stability and properties of the colloid, such as its charge, viscosity, and interaction with other particles. This concept is important in various fields, including chemistry, biology, and materials science, as it plays a role in processes like electrochemistry and the behavior of biological systems.
Two common separation techniques used to extract uranium are solvent extraction and ion exchange. Solvent extraction involves using an organic solvent to selectively extract uranium from a liquid mixture, while ion exchange involves using a resin to selectively adsorb uranium ions.
The most common Selenium ion is Se2- the selenide ion. It is in the same group as oxygen and its most common ion in the oxide ion O2-.
When a colloid absorbs a negative ion, it can lead to changes in the colloid's surface charge and stability. The negative ion may neutralize some of the positive charges on the colloidal particles, potentially reducing their repulsion and causing aggregation or flocculation. This process can affect the overall properties of the colloid, such as its viscosity, opacity, and stability in suspension. Ultimately, the interactions between the colloid and the absorbed ion play a critical role in determining the behavior of the colloidal system.
I^- is the most common ion of Iodine.
A colloid-ion refers to a type of colloidal system where charged particles, known as ions, are dispersed within a continuous medium, often a liquid. In colloidal systems, these ions can influence the stability and properties of the colloid, such as its charge, viscosity, and interaction with other particles. This concept is important in various fields, including chemistry, biology, and materials science, as it plays a role in processes like electrochemistry and the behavior of biological systems.
The most common fluorine ion is fluoride (F-) ion.
Two common separation techniques used to extract uranium are solvent extraction and ion exchange. Solvent extraction involves using an organic solvent to selectively extract uranium from a liquid mixture, while ion exchange involves using a resin to selectively adsorb uranium ions.
-2 is the most common charge (sulphide ion).
The most common ion for cesium is Cs+ (cesium ion). This ion has a charge of +1.
The most common Selenium ion is Se2- the selenide ion. It is in the same group as oxygen and its most common ion in the oxide ion O2-.
P3- is the most common ion of phosphor. Howver, when combined with other elements such as oxygen, the phosphate ion PO43- is the most common.
Magnesium 2+
The common simple ion is S-2 and the most common polyatomic ion is probably SO4-2.
The most common ion formed by sulfur is the sulfide ion (S2-).