Which statement explains how the bands in the crystal of a metal are like atomic orbitals?

They both have localized electrons that orbit specific atoms.

They both involve ionization of some atoms so bonding can occur.

They both have delocalized electrons that move from atom to atom.

They both allow electrons to move from lower energy levels to higher energy levels.

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Chemistry

20 March, 03:38

Which statement explains how the bands in the crystal of a metal are like atomic orbitals?

They both have localized electrons that orbit specific atoms.

They both involve ionization of some atoms so bonding can occur.

They both have delocalized electrons that move from atom to atom.

They both allow electrons to move from lower energy levels to higher energy levels.

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Answers (1)

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Ryker Watts · Answer 1

D. They both allow electrons to move from lower energy levels to higher energy levels.

In an atom, when the electrons get excited the electrons jumps to a higher orbital so as to reach equilibrium.