The presence of unpaired electrons in an atom of a transition metal gives rise to
Question 1 Report
The presence of unpaired electrons in an atom of a transition metal gives rise to
Answer Details
The presence of unpaired electrons in an atom of a transition metal gives rise to paramagnetism.
Paramagnetism is a type of magnetism that occurs when certain materials are placed in an external magnetic field. When a transition metal atom has unpaired electrons in its outermost energy level, it can become magnetized and attracted to an external magnetic field. This is because the unpaired electrons can align their spins with the external magnetic field, causing the atom to become magnetized. Therefore, the presence of unpaired electrons in an atom of a transition metal is responsible for its paramagnetic behavior.
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