Answer: Whether the culprit were too much sunlight or not enough, if photosynthesis stopped, plants would stop converting carbon dioxide -- an air pollutant -- to organic material.
Explanation:
Answer:
7. Which trait would be most closely associated with high levels of mobility?
a. A body cavity
b. Germ layers
c. Cephalization <-----this one
d. A cuticle
e. Incomplete metamorphosis
Explanation:
Cytoplasmic division or cell division begins during anaphase of mitosis and continues as the cell pinches into two new cells.
During the proces of cytokinesis, the cell membrane pinches in at the cell equator, which forming the cleft called the cleavage furrow. The position which depends on the position of the astral and interpolar microtubules during the anaphase.During the process of anaphase, each pair of chromosomes is separated into two identical, and independent chromosomes.
The chromosomes which are separated by a structure that is known as the mitotic spindle.The cohesion proteins located between the sister chromatids disappear and the sister chromatids which located at the equator of the metaphase plate Anaphase where is starts,and separate and begin their migration toward the opposite poles of the mitotic spindle.
To learn more about cell division here
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<span>Prokaryotes lack a distinct cell nucleus and their DNA is not organized into chromosomes. They also lack the internal structures bound by membranes called organelles, such as mitochondria.</span>
The rock cycle is a cycle that rocks go through which involves melting, cooling, pressure, erosion, and other stages. Starting with a volcanic eruption, the lava turns into igneous rock, that can be melted into magma again, or can be crushed and pressed into other rocks beneath the crust to form metamorphic rock, or can be broken down by erosion and other factors. For the sake of it, let's say the rock got broken down, it turns into sediment that collects in areas and get layered and pressed, and layered, and pressed some more into a sedimentary rock. That rock can be broken down again, or melted, or pressed with heat and pressure. But let's say it went under the crust with other rocks, mixed with heat, pressure, and other types of rock to become metamorphic rock. Now let's say that metamorphic rock found it's way to a volcano, got melted, and erupted, and cooled to get back to a igneous rock. And the cycle never ends.
