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Electrolytes and Non-electrolytes
Electrolytes and Non-electrolytes - An ionic or electrovalent compound that conducts electricity in molten (fused) or aqueous (solution) state can be classified as an electrolyte. However, if the compound is unable to ionise it does not conduct electricity it is called..
Electrolytes and Non-electrolytes
An ionic or electrovalent compound that conducts electricity in molten (fused) or aqueous (solution) state can be classified as an electrolyte. However, if the compound is unable to ionise it does not conduct electricity it is called a non-electrolyte. In general, the exte..
Weak electrolytes
A weak electrolyte is one which undergoes partial ionization or dissociation. Here, in solution the ions and the dissociated molecules will be in equilibrium with each other. When such a solution is diluted, the degree of ionization increases. It becomes complete at infinite di..
Strong Electrolyte
A strong electrolyte dissociates or ionises completely or almost completely to form free mobile ions in the solution or molten form. The more the availability of free mobile ions in an electrolyte, the greater is its capacity to carry or conduct current i.e. the stron..
A strong electrolyte dissociates or ionises completely or almost completely to form free mobile ions in the solution or molten form. The more the availability of free mobile ions in an electrolyte, the greater is its capacity to carry or conduct current i.e. the stron..Strong Electrolytes
It is given according to the equation are the molar conductance at a given concentration and at infinite dilution (respectively). b is a constant depending on the viscosity of the solvent. The graph shows that decreases as the concentration increases. fig 5.6 This is because at higher c..
It is given according to the equation are the molar conductance at a given concentration and at infinite dilution (respectively). b is a constant depending on the viscosity of the solvent. The graph shows that decreases as the concentration increases. fig 5.6 This is because at higher c..Non-electrolyte
A non-electrolyte does not provide ions in a solution and therefore current does not flow through such solution. The bulb in the given set up does not glow (Fig.4.6). Some examples of non-electrolytes are: alcohol, carbon tetrachloride, carbon disulphid..
A non-electrolyte does not provide ions in a solution and therefore current does not flow through such solution. The bulb in the given set up does not glow (Fig.4.6). Some examples of non-electrolytes are: alcohol, carbon tetrachloride, carbon disulphid..Types of Electrolytes
There are three types of electrolytes: Strong, weak and non electrolytes..
Dissociation of Electrolytes
Sodium chloride an ionic compound has the sodium ion, Na + and chloride ion Cl - held together by strong electrostatic force of attraction in the solid state. When dissolved in water, the ions become free to move. The process of breaking of NaCl into free Na + and Cl - ions is dissociatio..
Sodium chloride an ionic compound has the sodium ion, Na + and chloride ion Cl - held together by strong electrostatic force of attraction in the solid state. When dissolved in water, the ions become free to move. The process of breaking of NaCl into free Na + and Cl - ions is dissociatio..Examples of Electrolytes
Strong electrolyte Weak electrolyte Non-electrolyte Sea water Tap water Chemically pure water Hydrochloric acid Carbonic acid Alcohol Sulphuric acid Acetic acid Kerosene Aqueous copper sulphate Ammonium hydro..
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