Question

The magnetic properties of transition metal ions are associated with the presence of electrons in their structure, since they have a Therefore, an atom or ion that contains field, and we say that the atom or ion is paramagnetic. According to the electron configurations, both V and the V$^{3+}$ ion have are, therefore, paramagnetic. that creates a tiny magnetic field. electrons is attracted to an external magnetic electrons and

          The magnetic properties of transition metal ions are associated with the presence of 
electrons in their structure, since they have a 
Therefore, an atom or ion that contains 
field, and we say that the atom or ion is paramagnetic.
According to the electron configurations, both V and the V$^{3+}$ ion have
are, therefore, paramagnetic.
that creates a tiny magnetic field.
electrons is attracted to an external magnetic
electrons and

The magnetic properties of transition metal ions are associated with the presence of
electrons in their structure, since they have a
Therefore, an atom or ion that contains
field, and we say that the atom or ion is paramagnetic.
According to the electron configurations, both V and the V^3+ ion have
are, therefore, paramagnetic.
that creates a tiny magnetic field.
electrons is attracted to an external magnetic
electrons and

Added by Matthew J.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Anna Miller

03/15/2020

Step 1

Transition metal ions have unpaired electrons in their d orbitals. These unpaired electrons have a magnetic moment, which creates a tiny magnetic field. Show more…

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The magnetic properties of transition metal ions are associated with the presence of $\boxed{unpaired}$ electrons in their structure, since they have a $\boxed{magnetic moment}$ that creates a tiny magnetic field. Therefore, an atom or ion that contains $\boxed{unpaired}$ electrons is attracted to an external magnetic field, and we say that the atom or ion is paramagnetic. According to the electron configurations, both V and the V³⁺ ion have $\boxed{unpaired}$ electrons and are, therefore, paramagnetic.