which of the following explains why metals are able to be pounded, extruded, bent, and shaped without…

which of the following explains why metals are able to be pounded, extruded, bent, and shaped without breaking?\nmobile electrons in p orbitals\nmobile electrons in s orbitals\ndirectional electrons in p orbitals\ndirectional electrons in s orbitals

which of the following explains why metals are able to be pounded, extruded, bent, and shaped without breaking?\nmobile electrons in p orbitals\nmobile electrons in s orbitals\ndirectional electrons in p orbitals\ndirectional electrons in s orbitals

Answer

Brief Explanations:

Metals have mobile electrons (delocalized electrons) which are not confined to specific atoms. In metals, the electrons are in a “sea” of electrons. The s orbitals are more spherical and allow for greater electron mobility compared to p orbitals which have directional character. When a metal is pounded, extruded, bent or shaped, the mobile electrons in s orbitals can move and adjust to the new shape without breaking the metallic bonds. Directional electrons (in p orbitals or with directional character) would not allow for such easy deformation as the bonds would be more rigidly oriented.

Answer:

mobile electrons in s orbitals