(B):-During corrosion tests, current density of 0.86 Amp/m² was measured for steel sample immersed in sea water. Calculate:- 1- the weight loss per second per area (W/s.A)? 2-thickness loss per year for this sample? Mwt -55.58 g/mole p = 7.87 gm/cm3

(B):-During corrosion tests, current density of 0.86 Amp/m² was measured for steel sample immersed in sea water. Calculate:- 1- the weight loss per second per area (W/s.A)? 2-thickness loss per year for this sample? Mwt -55.58 g/mole p = 7.87 gm/cm3

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Concept explainers

Classification of types of corrosion

Corrosion is described as the process in which a certain element is degraded or deteriorated due to the presence of multiple chemicals in the surrounding. Generally, corrosion happens if all the subatomic particles on a metallic object are oxidized, for example, rust on iron structures. In air or water, metals lose electrons to other particles (like oxygen), leading to the formation of an oxide with the metal.

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(B):- During corrosion tests, current density of 0.86 Amp/m² was measured for steel
sample immersed in sea water.
Calculate:- 1- the weight loss per second per area (W/s.A)?
2-thickness loss per year for this sample?
Mwt = 55.58 g/mole p = 7.87 gm/cm3

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(B):- During corrosion tests, current density of 0.86 Amp/m² was measured for steel sample immersed in sea water. Calculate:- 1- the weight loss per second per area (W/s.A)? 2-thickness loss per year for this sample? Mwt=55.58 g/mole p = 7.87 gm/cm3
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(B):- During corrosion tests, current density of 0.86 Amp/m² was measured for steel sample immersed in sea water. Calculate:- 1- the weight loss per second per area (W/s.A)? 2-thickness loss per year for this sample? Mwt = 55.58 g/mole p = 7.87 gm/cm3
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