The provided standard mentions that accurately locating the hardness indenter is more important for low hardenability steel than high hardenability steel. Which of the following reasons is most likely?
Die gegewe standaard noem dat die posisionering van die hardheidsindringer belangriker is vir staal met 'n lae verhardbaarheid as vir 'n staal met hoë verhardbaarheid. Watter van die volgende redes is die waarskynlikste?

Question

The provided standard mentions that accurately locating the hardness indenter is more important for low hardenability steel than high hardenability steel. Which of the following reasons is most likely? 
 Die gegewe standaard noem dat die posisionering van die hardheidsindringer belangriker is vir staal met 'n lae verhardbaarheid as vir 'n staal met hoë verhardbaarheid. Watter van die volgende redes is die waarskynlikste?

Answer

The hardness of low hardenability steel is too low to be measured  accurately . 
 Die hardheid van lae verhardbaarheidstaal is te laag om akkuraat gemeet te word.

Answer

It is more difficult to locate the correct measurement points on low hardenability steel. 
 Dit is moeiliker om die korrekte meetpunte op staal met 'n lae verhardbaarheid op te spoor.

Answer

The hardness changes rapidly with distance from the quenched surface for a low hardenability steel. 
 Die hardheid verander vinnig met afstand vanaf die geblusde oppervlak vir 'n lae verhardbaarheidstaal.

Answer

With the lower hardenability steel the indentations are larger and interfere with each other. 
 Met die laer verhardbaarheidstaal is die inkepings groter en dit belemmer mekaar.

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The provided standard mentions that accurately locating the hardness indenter is...

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