Final answer:
True. Saturn's belts and zones are obscured by haze high in its atmosphere. The haze is composed of various gases and cloud particles that scatter and absorb sunlight, making it difficult to see through to the underlying cloud layers.
Step-by-step explanation:
True. Saturn's belts and zones are obscured by haze high in its atmosphere. The haze is composed of various gases and cloud particles that scatter and absorb sunlight, making it difficult to see through to the underlying cloud layers. This phenomenon is similar to the atmospheric haze observed on Earth, where particles in the atmosphere scatter sunlight and create a hazy appearance.
One example of the haze on Saturn is the presence of an upper-level haze layer composed of ammonium hydrosulfide ice crystals. This haze layer can extend for hundreds of kilometers above the main cloud deck, contributing to the overall haziness and obscuring the underlying belts and zones.
Observations from spacecraft missions like the Cassini-Huygens mission have provided detailed images and data about Saturn's atmosphere, helping scientists understand the composition and structure of the haze layers and their impact on the planet's appearance.