HARD
JEE Main
IMPORTANT
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In which of the following aqueous solutions, H2 and O2 are not liberated at cathode and anode respectively on electrolysis using inert electrodes?

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Important Questions on Electrolysis and Electrolytic Conductance

HARD
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 26
The aqueous solutions of the following substances were electrolysed. In which case, the pH of the solution does not change if inert electrodes are used?
EASY
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 27
Electrolytic conduction is due to the movement of:
MEDIUM
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 28
Which of the following equation is correct?
HARD
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 29

Which of the following solutions of KCl has the lowest value of specific conductance?

(Assume molar conductance is same for all the given solutions)

HARD
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 30
Which of the following solutions of KCl has the lowest value of equivalent conductance?
HARD
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 31
Under which of the following conditions are the conductance, specific conductance and equivalent conductance, all equal?
MEDIUM
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 32
Which of the following is the unit of eq. conductance?
MEDIUM
JEE Main
IMPORTANT
Modern Approach to Chemical Calculations>Chapter 8 - Electrolysis and Electrolytic Conductance>Objective Problems>Q 33
If V, in the equation Λ=specific conductance×V, is the volume in cc containing 1 equivalent of the electrolyte; V for a N10 solution will be