Light is usually unpolarized, it becomes polarized when it passes through a polarizing filter.
Light can be polarized because it travels as a transverse wave (of oscillating electric and magnetic fields) orthogonally to the direction of the medium in all directions, and polarizing filters polarize light in one plane.
Polarized filters in the vertical plane only allow light in the vertical plane to pass through.
Ex. polarized sunglasses have a polarizing filter in the vertical plane in order to minimize glare which is polarized light in the horizontal plane.
and yes polarizing filters can be rotated to polarize light in other planes as well.
example of polarization
it explains d wave nature of light.
thomas edison
the plane of polarization matches the vibrational direction of the electrons
Polarization.
Polarizing a beam of light is simply accomplished by passing the light through a polarizing filter. The polarizing filter will permit only light of a given polarization (or polarity) to pass through it. There are several different types of polarization, but they affect similar results. Use the links and check out the pictures.
Light waves can exhibit polarization.
which page of light establishes its transverse nature of vibrations
The phenomenon that sound wave fails to exhibit is polarization.
Polarization is the alignment of the transverse vibration in a single direction say in the horizontal direction or vertical direction or any other specific direction. Consider if venetian blinds were letting in light then horizontal light would pass but vertical light would be blocked and the passed light would be horizontally polarized.
Polarization indicates light has transverse waves.
Dispersion
Refraction is the phenomenon causes colors of visible light to be separated by a prism.
it explains d wave nature of light.
how polarization of light can be demonstrated on a parallel arrangement of crystal explain
Serge Huard has written: 'Polarization of light' -- subject(s): Polarization (Light)
Many sunglasses make use of the polarization of light to reduce glare.