When the molten metal is transferred from the electrode to the weld zone, it can be shielded from the atmosphere by: a. the heating of heat affected zone b. the burning of coatings of the welding...

When the molten metal is transferred from the electrode to the weld zone, it can be shielded from the atmosphere by:<br>a. the heating of heat affected zone<br>b. the burning of coatings of the welding electrode<br>C.<br>the fusion of base metal<br>d. the flow of a shielding gas around the arc<br>e. maintaining the arc beneath flux powders<br>

Extracted text: When the molten metal is transferred from the electrode to the weld zone, it can be shielded from the atmosphere by: a. the heating of heat affected zone b. the burning of coatings of the welding electrode C. the fusion of base metal d. the flow of a shielding gas around the arc e. maintaining the arc beneath flux powders

Jun 11, 2022

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When the molten metal is transferred from the electrode to the weld zone, it can be shielded from the atmosphere by: a. the heating of heat affected zone b. the burning of coatings of the welding...

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