Current flow due to electrostatic attraction of analyte ions by the electrodes is reduced to a negligible level by a presence of high concentration of supporting electrolytes. It also reduces the net current and decrease the rate of cationic analyte at the negative electrode surface.
Mercury is commonly used in polarography due to its unique properties, such as low melting point, high density, and wide electrochemical potential window. These characteristics make mercury electrodes stable and suitable for polarographic measurements. Additionally, mercury forms amalgams with other metals, allowing for a wide range of applications in electrochemistry.
It is an electrolyte
Non ionic, non electrolyte
The dissociation is not so important.
Tne molecule is not an electrolyte.
B. Breyer has written: 'Alternating current polarography and tensammetry' -- subject(s): Polarography
Tom Riley has written: 'Polarography and other voltammetric methods' -- subject(s): Analytic Chemistry, Polarography, Programmed instruction, Voltammetry
Hugh E. Voress has written: 'Polarography' -- subject(s): Bibliography, Polarograph and polarography 'Bibliographies of interest to the atomic energy program'
I'm not sure what an electrolyte actually is. Please describe the characteristics of an electrolyte succinctly.
The dropping mercury electrode
Howard David Siegerman has written: 'Kinetic currents in stationary electrode polarography' -- subject(s): Electrochemical analysis, Polarograph and polarography, Electrodes
Polarography is a type of voltammetry that measures current at varying potentials to analyze electroactive species, while amperometry measures current at a constant potential to study concentration changes over time. In polarography, the potential is scanned to generate a voltammogram, while amperometry uses a fixed potential to monitor changes in current.
prolonged use of diuretics may lead to deficiency in which electrolyte?
Mercury is commonly used in polarography due to its unique properties, such as low melting point, high density, and wide electrochemical potential window. These characteristics make mercury electrodes stable and suitable for polarographic measurements. Additionally, mercury forms amalgams with other metals, allowing for a wide range of applications in electrochemistry.
It is an electrolyte
To effectively test the electrolyte levels in drinks, one can use a digital electrolyte analyzer or a handheld electrolyte meter. These devices measure the concentration of electrolytes such as sodium, potassium, and chloride in the drink sample. Alternatively, one can also use chemical test strips specifically designed to detect electrolytes in liquids.
P. Zuman has written: 'Topics in organic polarography' 'Organic polarographic analysis'