ionic equilibrium potential

Ionic Equilibrium - This type of equilibrium is observed in substances that undergo ionization easily, or in polar substances in which ionization can be induced. Ionic and polar substances are more easily soluble in polar solvents because of the ease of ioniz..

This type of equilibrium is observed in substances that undergo ionization easily, or in polar substances in which ionization can be induced. Ionic and polar substances are more easily soluble in polar solvents because of the ease of ionization taking place in the solvent ..

Ionic Equilibrium in Solutions..

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Introduction - Chemical reactions mostly take place in solutions. Solution chemistry plays a very significant role in chemistry. All chemical substances are made up of either polar units (called ions) or non-polar units. The activity of these entities is more evident and pronounced in solution. The..

Introduction - We observe various chemical processes in our daily life. It is a common observation that the rates of these chemical reactions vary and depend on certain factors. The knowledge of the rate of a reaction is of importance in industries to ensure optimum productivity. An industrial proc..

>When neither the metal atom (M), nor the metal ion Mn+ undergo any change no charge is developed on the electrode relative to the solution. If the metal has relatively high tendency to get oxidized, its atoms will lose electrons readily and form Mn + ions, which go into the solution. The electrons..

The concentration of CuSO 4 decreases while that of ZnSO 4 increases. As electrode potential depends upon concentration, a stage comes where both the electrode potentials are equal. Current stops flowing and the cell is said to have attained equilibrium..

. In this case, the rate of dissolution is found to be greater than the rate of deposition. Consequently, by the time equilibrium is reached, more of dissolution would have occurred and the solution becomes negatively charged. Due to the attractive electrostatic forces, the Zn ions accumu..

When a cell reaction takes place electrical energy is produced which results in decrease in the free energy of the system. Electrical work = Decrease in free energy In an electro chemical cell, Electric work done = Quantity of current produced x E.M.F. For one mole of electrons quantity of current ..