d2sp3and paramagnetic
The correct option is (A)
The explanation of the correct option is:
(A)
Explanation: Paramagnetism Unpaired electrons behave like small magnets because of their magnetic dipole moment, which is caused by their spin. The spins of the electrons align parallel to an external magnetic field, creating a net attraction. Materials that are magnetic include Titanium, Iron oxide, Oxygen, and Aluminum.Diagram:
The explanation of the incorrect option is:
(B)
Explanation: FeH2O6hybridizations are AdditionallySp3d2becauseH2O is a weak field ligand that does not couple up electrons, it is paramagnetic by nature due to the existence of unpaired electrons.Diagram:
(C)
Explanation: When exposed to a magnetic field, materials that are diamagnetic become freely magnetized. The magnetization, however, is moving in the opposite direction to the magnetic field. Diamagnetism is the name for the magnetism shown by certain materials.Diagram:
(D)
Explanation: Diamagnetism is a feature of the material that results from the mobility of the electron around the nucleus, which creates a magnetic field. Because the magnetic field created is so faint, it has no noticeable effect from the outside. Diamagnetic elements make up everything in the cosmos.Diagram:Hence, the correct options are (A): Paramagnetism Unpaired electrons behave like small magnets because of their magnetic dipole moment, which is caused by their spin.