Back to Course
SS2: CHEMISTRY - 1ST TERM
0% Complete
0/0 Steps
-
Periodicity and Periodic Table I | Week 15 Topics|1 Quiz
-
Quantum Numbers Orbitals & Electrical Structure | Week 26 Topics|1 Quiz
-
Periodicity and Periodic Table II | Week 312 Topics|1 Quiz
-
Periodic Table and Atomic Properties
-
Melting and Boiling Point
-
Electrical and Thermal Conductivities
-
Atomic Size [Radius]
-
Ionic Size [Radius]
-
Atomic Volume
-
Ionization Energy
-
Electron Affinity
-
Electronegativity
-
Differences between Ionization Energy and Electron Affinity
-
Summary of Trends of Atomic Properties
-
Theory Questions - Periodicity and Periodic Table II
-
Periodic Table and Atomic Properties
-
Periodicity and Periodic Properties III | Week 411 Topics|1 Quiz
-
Periodicity and Periodic Properties IV | Week 55 Topics|1 Quiz
-
Mass-Volume Relationship in Reaction | Week 68 Topics|1 Quiz
-
Types of Reactions: Oxidation and Reduction | Week 7 & 87 Topics|1 Quiz
-
Oxidation – Reduction Reaction II | Week 93 Topics|1 Quiz
-
Electrode Potential and Electrochemical Cells I | Week 106 Topics|1 Quiz
-
Electrode Potential and Electrochemical Cells II | Week 115 Topics|1 Quiz
-
Electrolysis I | Week 128 Topics|1 Quiz
-
Electrolysis II | Week 138 Topics|1 Quiz
Lesson 12,
Topic 1
In Progress
Laws of Electrolysis
Lesson Progress
0% Complete
Topic Content:
- Laws of Electrolysis
The laws expressing the quantitative result of electrolysis were first stated by Faraday.
The quantity of products liberated at the electrodes during electrolysis is based on three factorsÂ
1. The magnitude of the steady current
2. The time of flow of steady current
3. The ionic charge of the liberated element
In 1833, Micheal Faraday put forward two laws to describe these quantitative relationships.
Responses