Evolution of the atmosphere<span>, </span><span>the development of </span>Earth<span>’s </span>atmosphere<span> across </span>geologic time<span>. The process by which the current atmosphere arose from earlier conditions is complex; however, evidence related to the evolution of Earth’s atmosphere, though indirect, is abundant. Ancient sediments and rocks record past changes in atmospheric composition due to chemical reactions with Earth’s crust and, in particular, to biochemical processes associated with life.</span>
Answer:
The equation is glucose + oxygen → carbon dioxide + water and energy is produced in the form of ATP.
Explanation:
The cellular respiration process is the opposite of photosynthesis, so it starts with glucose and O2.
A situation in which a hormone exaggerates the effects of another hormone at the target cell is called: synergism.
<h3>What is synergism?</h3>
Synergism can be defined as a biological process that typically occurs when two or more hormones produces the same effects of another hormone at the target cell and their combined effects are exaggerated.
Consequently, each of these hormone would act independently of another hormone while having the same effect on the target cell during the synergism of hormones.
Read more on hormones here: brainly.com/question/9474822
B. I'm not sure but they are apart of the <span>Animalia kingdom. </span>
Lunar maria (plural form of the Latin word mare, which means sea) are
dark surfaces that can be found all over the moon (17% of the Moon is
covered in them) that have been created as a result of volcanic
eruptions. These areas are made up of basalt, and given that they seemed
almost waterlike, the astronomers in the distant past mistook them for
seas, whence their name comes.
When it comes to craters, their origin
is quite similar - volcanic eruptions created them. When lava starts
erupting from a volcano, it has to get out from somewhere - and thus
craters are created. If you are referring to lunar craters, however,
there are many speculations as to how they were created: due to volcanic
eruptions, meteoric impact, or glacier activity.
