Answer:
Explanation:
The homozygous recessive individual can only produce 1 type of gamete (<em>aabb</em>).
The heterozygous individual can produce 8 types of gametes, of which 2 are parental and the rest are recombinant.
Genetic distance (m.u.) = Frequency of Recombination (%)
If the distance between genes A and B is 50 m.u., 50% of the gametes produced by the heterozygous individual, and therefore the offspring, will have recombinant phenotypes.
Without knowing that the genes are located on the same chromosomes, I'd think they are on different chromosomes, because you would get the same result: 50% recombinant offspring.
Whenever the genes on the same chromosome are separated by at least 50 m.u., or they are in different chromosomes, crossing over between them can happen with no restrictions and they will behave as independent of one another.
One reason ecosystem stability is important for life-forms because it creates a habitable environment for life-forms to live in. Such stability is important for an adjoining one because it allows the sphere of influence and boundaries to extend beyond its boundaries. This results in impacting changes to adjoining ecosystems. I hope that this is the answer that you were looking for and it has helped you.
Every time a volcano erupts, the magma always cools down and turn into igneous rocks. Metamorphic rocks are created underground due to heat, pressure and time. The production of these rocks will always continue unless an extreme phenomenon causes all volcanoes to go dormant forever and the earth's crust disappears. Lol
The answer is; B
When energy is removed from the water, it means that the molecules lose their energy and they move less kinetically. This way, the energy in the molecules cannot overcome the intermolecular forces of attraction and begin to come together. This causes the water to move from a higher energy phase to a lower energy phase (such as from gas - liquid -- solid).
