Wave polarization describes the wave's

Wave polarization describes the wave's

• A. Frequency
• B. Speed
• C. Vibration
• D. Intensity

Answer: (C)

Polarization is about the direction in which the wave’s field vibrates as it travels. For light, this means the electric field (and the magnetic field, which is perpendicular to it) oscillates in a specific orientation. That orientation is what polarization describes. It doesn’t tell you how fast the wave moves, how often it oscillates per second (frequency), or how much energy it carries (intensity). Those properties are separate: frequency sets the color, speed depends on the medium, and intensity relates to the amplitude of the wave. A useful way to see polarization is with a polarizing filter: it only lets vibrations along its axis pass, so rotating the filter changes how much of the wave gets through.

Polarization is about the direction in which the wave’s field vibrates as it travels. For light, this means the electric field (and the magnetic field, which is perpendicular to it) oscillates in a specific orientation. That orientation is what polarization describes. It doesn’t tell you how fast the wave moves, how often it oscillates per second (frequency), or how much energy it carries (intensity). Those properties are separate: frequency sets the color, speed depends on the medium, and intensity relates to the amplitude of the wave. A useful way to see polarization is with a polarizing filter: it only lets vibrations along its axis pass, so rotating the filter changes how much of the wave gets through.