Statement explains how the band and the Crystal of a metal are like atomic orbital

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 offer from atom to atom

they both allow electrons to move from lower energy level to a higher energy levels

Question

Chemistry

Romeo Daniel

6 April, 15:06

Statement explains how the band and the Crystal of a metal are like atomic orbital

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 offer from atom to atom

they both allow electrons to move from lower energy level to a higher energy levels

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Answers (2)

Know the Answer?

Victoria Combs · Answer 1

They both have localized electrons that orbit specific atoms

they both allow electrons to move from lower energy level to a higher energy levels

Rivas · Answer 2

Answer: They both allow electrons to move from lower energy level to a higher energy levels and they both have localized electrons that orbit specific atoms

Explanation: Atomic orbitals is the wave function according to quantum mechanics which is used to calculate the probability of finding the electron in the space around the nucleus.

These atomic orbitals have localized electrons and they allow electrons to move or jump from lower energy level to the higher one when sufficient energy is provided.

Similarly, The band and the crystal of the metal have localized electrons and they also allow the electrons to jump from lower energy level to the higher one.