Disclaimer: all I know about this topic is from two minutes' web search.Herculi said:
A polarized plate is a material that has undergone a process called polarization, where the molecules within the material are aligned in a specific direction. This creates a polarizing effect, allowing only certain orientations of light waves to pass through the material.
A polarized plate can alter the direction and strength of the electric field inside the material. This is due to the alignment of the molecules, which creates a net dipole moment and changes the overall electric field within the material.
The strength of the electric field inside a polarized plate is influenced by the material's polarization, the thickness of the plate, and the intensity and direction of the incident electric field.
No, the electric field inside a polarized plate is not uniform. It varies depending on the direction and strength of the incident electric field, as well as the polarization and thickness of the material.
No, a polarized plate cannot block all electric fields. It can only block certain orientations of the electric field, depending on the material's polarization. Some electric fields may still be able to pass through the material, depending on their direction and strength.