Conductivity of k4fecn6
Diamagnetic Nature of k4fecn6:
- K4Fe(CN)6 is a diamagnetic compound, meaning it is not attracted to a magnetic field. This is due to the absence of unpaired electrons in its structure.
Conductivity of k4fecn6:
- Despite being diamagnetic, k4fecn6 can still conduct electricity. This is because conductivity is not solely dependent on the presence of unpaired electrons.
- In the case of k4fecn6, conductivity arises from the movement of charged particles within the compound.
- When k4fecn6 is dissolved in water or melted, the ions (K+, Fe3+, CN-) within the compound become mobile and can carry an electric current.
- The presence of these charged particles allows k4fecn6 to conduct electricity, even though it is diamagnetic.
Conclusion:
- In summary, while k4fecn6 is diamagnetic due to the absence of unpaired electrons, it can still exhibit conductivity of electricity when its ions are mobile. This property highlights the complexity of the relationship between magnetism and conductivity in chemical compounds.