Select the most likely reason for the differences between the hardness values measured from the first indentations (closest to the quenched end) for both alloys: /
Kies die mees waarskynlike rede vir die verskille tussen die hardheidwaardes gemeet vanaf die eerste inkepings (naaste aan die geblusde punt) vir beide allooie:

Question

Select the most likely reason for the differences between the hardness values measured from the first indentations (closest to the quenched end) for both alloys: /  
 Kies die mees waarskynlike rede vir die verskille tussen die hardheidwaardes gemeet vanaf die eerste inkepings (naaste aan die geblusde punt) vir beide allooie:

Answer

AISI 1060 contains more carbon than AISI 8640 and so is harder in 100% martensitic form /  
 AISI 1060 bevat meer koolstof as AISI 8640 en is dus meer hard in 100% martensietiese vorm

Answer

AISI 1060 contains less carbon than AISI 8640 and so is harder in 100% martensitic form /  
 AISI 1060 bevat minder koolstof as AISI 8640 en is dus meer hard in 100% martensietiese vorm

Answer

It is impossible for AISI 8640 to form martensite which is why it is softer than AISI 1060 / 
 Dit is onmoontlik vir AISI 8640 om martensiet te vorm, daarom is dit sagter as AISI 1060

Answer

AISI 1060 forms 100% bainite at the quenched end which makes it harder than AISI 8640 at the quenched end /  
 AISI 1060 vorm 100% bainiet aan die geblusde punt wat dit meer hard maak as AISI 8640 aan die geblusde punt

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Select the most likely reason for the differences between the hardness values me...

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