I have no clue but my guess is a sun type of star?
Originally they established it to bepenal Hope this helps :)
Answer:
Troposphere, stratosphere and mesosphere are the layers of Earth's atmosphere. Their features are as it follows in the explanation bellow.
Explanation:
Troposphere is the lowest layer of atmsphere, and this is the area where all weather phenomenon and life happen. Troposphere goes up to 18 kilometers in height. This is also the densiest layer of atmoshere where almost all water, clouds and air processes exist. Troposhpere is the only one sphere where life is possible.
Stratosphere is the layer between 18-20 km up to 50-55 km in height, above the Earth's surface. This layer is well known for great concentration of ozone (somewhere between 20 and 25 km), and that area is called - <em>ozone layer</em>. Ozone is very important because it absorbs most of the Sun's ultraviolet radiation.
Mesosphere is the layer just above the stratosphere and it spreads between 50-55 km up to 80-90 km. Mesopshere is characterized by significant temperature drop (lower parts has around 0 degrees and uppermost parts are very cold, at -90 degrees Celsius). Upper segments of mesopshere is known as <em>ionosphere</em>. That is the layer with charged iones, and it is well known for formation of polar light (aurora)
Oxygen causes the chemical weathering of a rock containing iron to become soft and crumbly and reddish brown in color.
<h3>What is the role of oxygen in rock weathering?</h3>
Oxygen is said to be a very reactive element and this often makes it reacts with rocks and this often leads to rust formation and others.
Therefore, Oxygen causes the chemical weathering of a rock containing iron to become soft and crumbly and reddish brown in color.
Learn more about Oxygen from
brainly.com/question/26073928
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Answer:
climate change can vary from one region to the next because of the equator. The more you go towards the center of the earth the hotter it can get. With our ozone layers degrading at a fast rate, we have less protection from the sun every year which can lead to many problems with our atmosphere. Our temperatures outside can affect how hot the equator will be as you get closer to it, which can vary in different regions depending where you are located and how far away you're from it.
Explanation:
