Answer;
Opponent process theory
Explanation;
-Opponent process theory suggests that color perception is controlled by the activity of two opponent systems: a blue-yellow mechanism and a red-green mechanism.
-The opponent process theory suggests that the way humans perceive colors is controlled by three opposing systems. We need four unique colors to characterize perception of color: blue, yellow, red, and green. According to this theory, there are three opposing channels in our vision; these are blue vs yellow, red vs green and black vs white.
Whereas in eukaryotic cells there are
<span>chloroplast (plastid) </span>
<span>Golgi apparatus </span>
<span>endoplasmic reticulum </span>
<span>vacuole </span>
<span>nucleus </span>
<span>Mitochondria </span>
<span>chloroplasts, </span>
<span>centriole </span>
<span>glycosome </span>
<span>glyoxysome </span>
<span>hydrogenosome </span>
<span>lysosome </span>
<span>melanosome </span>
<span>mitosome </span>
<span>myofibril </span>
<span>nucleolus </span>
<span>parenthesome </span>
<span>peroxisome </span>
<span>ribosome </span>
<span>vesicle </span>
Answer:
The three seabed habitats: vents and seeps, trenches and seamounts. The phytoplankton develops in the area exposed to the sunlight to take the elements dissolved in the sea water, including carbon dioxide, to create new cells and are responsible for about half of the inhabitants of the planet of the photosynthesis and production of oxygen. It is found mainly in the surface and lands on the seafloor as dead cells, still carrying the carbon dioxide, while maintaining the balance of oxygen/carbon dioxide in the ecosystem.
Yes, that's a true statement.
