Structure of Metals and Alloys Practice Test

The claim is incorrect because interstitial atoms hinder layer movement, typically decreasing malleability.

The claim is correct because interstitial atoms create ionic bonds that allow layers to slide freely.

The claim is correct because interstitial atoms increase electron transfer, strengthening conductivity and malleability.

The claim is correct because interstitial atoms convert metallic bonding into covalent bonding with flexible angles.

The claim is incorrect because interstitial atoms remove all delocalized electrons, preventing deformation.