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One thing that is the most obvious and known to everyone is the moons gravitational pull. But another one some people fail to mention is that the sun also plays a part in the making of tides.
An interesting thing is that winds and weather affect the tides level. If the wind is fierce it can push the water away from the coast and affect the tide.
The next but most unknown to us is the actual coast. Depending on the size of the coast or shore, (you may know this as the beach), determines the range the tide is able to push up. Smaller shores tend to have a higher tide.
Hope I was able to help. :) Have a nice day.
Answer:
b. Bacteria photosynthesizing dissolved carbon dioxide in oceans
Explanation:
The levels of oxygen that we know nowadays in the atmosphere have not been like this in the more distant past. In order for the oxygen to start building up and change the composition of the atmosphere, something needed to happen, and that something was the cyanobaceteria. The cyanobacteria was able to perform photosynthesis, so it started to use the dissolved carbon for it, while in meantime it was releasing oxygen in the atmosphere. As the cynaobacteria was growing in numbers, over the course of millions of years, it managed to propel enough oxygen in the atmosphere so that the other organism can start developing, thus changing the world forever.
The earliest event enabling oxygen production in Earth's atmosphere was cyanobacteria, also known as blue-green algae, photosynthesizing dissolved carbon dioxide in oceans and releasing oxygen as a byproduct.
The earliest event that allowed for the production of oxygen in Earth's atmosphere was b. Bacteria photosynthesizing dissolved carbon dioxide in oceans.
During the first two billion years of Earth's existence, the atmosphere was anoxic - it lacked molecular oxygen. The only living organisms were anaerobic organisms, which can survive without oxygen. The process began to change with the appearance of phototrophs, autotrophic organisms which convert solar energy into chemical energy, and later cyanobacteria or blue-green algae evolved from these simple phototrophs.
Cyanobacteria began the oxygenation of the atmosphere by undertaking photosynthesis and releasing oxygen as a by-product. Their emergence and the resulting increase in atmospheric oxygen allowed for the development of more complex life forms, and the colonization of land, as the ozone layer (formed from oxygen) could absorb harmful ultraviolet light.
#SPJ3
What Eco region does the Texas Ocelot live in?
Answer: In Texas, Ocelots occur in the dense shrub lands of the Lower Rio Grande Valley and Rio Grande Plains. Deep, fertile clay or loamy soils are generally needed to produce habitat.
Explanation:
paleomagnetism
B.
convergent boundary
C.
seafloor spreading
D.
tectonic motion
True or false?
The statement that Earth is a system comprised of interacting processes is true. The parts of the Earth system are often described as "spheres" - the atmosphere, hydrosphere, biosphere, cryosphere and geosphere. All these spheres work together and are involved in different processes. The Earth should be observed as as an integrated system instead of as isolated parts.