GLASS ELECTRODE

ELECTRODES

Electrode potential || EMF OF Cell || Standard Hydrogen Electrode || Measurement OF Standard Electrode Potential || Significance OF Standard Electrode Potential

Standard Electrode Potential||Half Cells||their reactions and representation||Complete Galvanic Cell with reactions and representations||Reference Electrodes||Standard Hydrogen Electrode||Secondary Electrodes Calomel Electrode and Silver Electrode

Assertion (A): E^(@) value of single electrode is determined experimentally by combing the electrode with SHE Reason (R): SHE is taken as a reference electrode

Standard Hydrogen Electrode|Measurement Of Electrode Potential Of Zn2+/Zn Electrode|Questions|Summary

A: Electrode potential of hydrogen is pH dependet. R: Electrode potential of hydrogen electrode is always zero.

A: Electrode potential of hydrogen is pH dependet. R: Electrode potential of hydrogen electrode is always zero.

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

The following are some statements about normal hydrogen electrode a) when a 'Zn' electrode is in combination of NHE, Zn electrode acts as cathode b) when a ‘Cu' electrode is in combination with NHE, Cu electrode is the anode c) when a ‘Ag' electrode is in combination with NHE, Ag electrode is the anode d) when a chlorine electrode is in combination with NHE, chlorine electrode is the anode

The following are some statements about normal hydrogen electrode a) when a Zn electrode is in combination of NHE, Zn electrode acts as cathode b) when a Cu electrod is in combination with NHE, Cu electrode is the anod c) When a ''Ag'' electrode is in combination with NHE,Ag electrode is the anode d) When a chlorine electrode is in combination with NHE, chlorine electrode is the anode