Belt vs Zone in Astronomy
Belt and Zone are two terms associated with the world of astronomy and if you take a closer look, you will know that they are very different from each other. The question is: How?
A belt in astronomy is commonly defined as a hot air rising and is connected with the gas giants’ atmosphere. They are known to be dark in color and are descriptive in nature. Since they are darker in color, they do give us a deeper look into the atmosphere as the more dark a belt is, that is when we really get deep into it.
A zone in astronomy is usually defined as a cold air falling or sinking and is also connected with the gas giants’ atmosphere. In the simplest way possible, they are described as light in color and because of this inherent attribute, it does not afford us a deeper look into the atmosphere in which a darker color can usually do.
Difference between Belt and Zone in Astronomy
While a belt is inherently darker in it’s’ color feature, a zone in astronomy is lighter in color. While a belt in astronomy can give us a deeper look into the atmosphere mainly because of its’ dark color, a zone in astronomy, because of its light color, does not afford us the same condition because of what the studies have proven. A belt is normally described as a hot air rising in the gas giants’ atmosphere; whereas, a zone is commonly defined as a cold air falling in the said atmosphere.
So there you go, both astronomy terms best explained in the simplest ways possible. They seem complex at first to dissect but really, they are different in the simplest manner.
• A belt in astronomy is dark in color; a zone is light in color.
• A belt is hot air rising; a zone is cold air falling.
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