Question

Is Mo paramagnetic or diamagnetic?

Answer 1

1. The atomic or subatomic response of a material to an applied magnetic field, wherein the electron spin and charge form a dipole moment and a magnetic field, is what is known as the magnetic property of a material.
2. The periodic table's ${42}^{nd}$ element, molybdenum, has the symbol Mo. In total, molybdenum contains forty-two electrons. These electrons are positioned in accordance with the laws of several orbits. The term "electronic configuration" refers to the specific sequence in which an atom's electrons are arranged in various orbitals and orbitals. A molybdenum atom's electron configuration can be achieved in one of two ways.

Knows the magnetic characteristics of matter are influenced by its electrical structure. If all of a substance's electrons are coupled, it is said to be diamagnetic. If a substance has unpaired electrons, it is said to be paramagnetic.

1. Valence bond theory and VSEPR are accurate at predicting the bond properties, although they do not completely account for all compounds. Drawing Mo diagrams in Mo theory takes into account the fact that electrons are waves.
2. Mo diagrams are used to estimate a molecule's size, bond energy, bond length, and bond angle. They also aid in predicting the molecules' paramagnetic and electronic spectra.

Molybdenum is a paramagnetic metal despite not having an unpaired electron. Molybdenum metal shows only a few paramagnetic properties because the population of spin-up and spin-down electrons changes when an external magnetic field is applied.

Hence, Molybdenum is a paramagnetic material.