Cyclic Voltammetry of ferricyanide system
Q1. The relationship between the limiting current and concentration of the analyte is given by:
Q2. An electronic device that maintains the potential of a working electrode at constant level is called
Q3. Faraday’s law relates the number of moles of the analyte to the :
Q4. Negative current is called
Q5. Reduction reaction produces ---------------- current:
Q6. The potential at I1/2 is called
Q7. The vital reason for choosing voltammetry instead of other methods:
Q8. In single cyclic voltammetry curve if the peak potential difference is 58 mV and the scan rate is proportional to the peak current this confirms that charge transfer reaction is
Q9. If the scan rate increases in cyclic voltammetry for ferro-ferricyanide system, the magnitude of the peak current
Q10. Supporting electrolyte should be