Both vanadium and its 3+ ion are paramagnetic. Refer to their electron configurations to explain

step 1 It's important in this question to note that Valium is a transition metal. And in general, in th

Both vanadium and its 3+ ion are paramagnetic. Refer to...

Key Concepts

Paramagnetism

Paramagnetism is the property of a substance to be attracted into a magnetic field due to the presence of unpaired electrons. This occurs because each unpaired electron behaves like a tiny magnet, and when these are present, their magnetic moments add up, making the substance collectively magnetic in the presence of an external field.

Electron Configuration

Electron configuration details the arrangement of electrons in an atom's or ion's orbitals. This distribution is essential for predicting and explaining magnetic behavior, as the presence or absence of unpaired electrons in these orbitals determines whether the substance exhibits paramagnetism or diamagnetism.

Unpaired Electrons

Unpaired electrons are those electrons in an electronic configuration that do not have a corresponding electron with opposite spin in the same orbital. Their presence is directly responsible for the magnetic properties of an element or ion, and analyzing electron configurations allows one to count these electrons and explain paramagnetic behavior.

Oxidation States and Electron Removal

Oxidation states describe the charge on an ion resulting from the gain or loss of electrons compared to the neutral atom. In transition metals, electrons are typically removed from the outer orbitals first. This process can change the number of unpaired electrons, but in cases where unpaired electrons persist even after electron removal, the ion retains paramagnetic properties.

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