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2. Calculate the corrosion rate in mm/yr for an iron cell having an area 250cm² exposed to corrosive electrolyte. The corrosion current (100µA)from the entire surface was found to be constant and the corrosion was evenly distributed over the surface and was uniform in type. The atomic weight of iron is 56, the density is 7.87gms/cm³. The oxidation state of the primary iron corrosion products was +2.

2. Calculate the corrosion rate in mm/yr for an iron cell having an area 250cm² exposed to corrosive electrolyte. The corrosion current (100µA)from the entire surface was found to be constant and the corrosion was evenly distributed over the surface and was uniform in type. The atomic weight of iron is 56, the density is 7.87gms/cm³. The oxidation state of the primary iron corrosion products was +2.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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2. Calculate the corrosion rate in mm/yr for an iron cell having an area 250cm² exposed to corrosive electrolyte. The corrosion current (100µA)from the entire surface was found to be constant and the corrosion was evenly distributed over the surface and was uniform in type. The atomic weight of iron is 56, the density is 7.87gms/cm³. The oxidation state of the primary iron corrosion products was +2.
Transcribed Image Text:2. Calculate the corrosion rate in mm/yr for an iron cell having an area 250cm² exposed to corrosive electrolyte. The corrosion current (100µA)from the entire surface was found to be constant and the corrosion was evenly distributed over the surface and was uniform in type. The atomic weight of iron is 56, the density is 7.87gms/cm³. The oxidation state of the primary iron corrosion products was +2.
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