TRENDS IN THE M+3/ M+2 STANDARD ELECTRODE POTENTIAL

TRENDS IN THE M+2/ M STANDARD ELECTRODE POTENTIAL

STATEMENT-1: The standard reduction potentlal of M^(n^(+))//M electrode increases with increase in activity of M^(n+) ion. and STATEMENT-2: The standard reduction potential is given by: E_(RP)=E_(RP)^@+(0.059)/(n) log [M^(n+1)]

Ni-AgNO3 - Cell|Electrode Potential And E. M. F. Of Galvanic Cell|Types Of Electrode Potential |E. M. F. Or Cell Potential Of Cell|Summary

Properties|Formation of Intersitial Compounds|Trends In M2+/ Stndard Electrode Potentials|Summary

Properties|Formation of Intersitial Compounds|Trends In M2+/ Stndard Electrode Potentials|Summary

Properties|Formation of Intersitial Compounds|Trends In M2+/ Stndard Electrode Potentials|Summary

Electrode Potential || EMF OF Cell Standard Hydrogen Electrode (SHE) || Significance OF Electrode Potential

If standard electrode potenial of Cu^(2+)//Cu is 0.34V then potential of Cu dipped in 0.1 M solution of CuSO_(4) will be