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Nimfa-mama [501]
3 years ago
13

In self-pollination a plant has both reproductive structures and fertilizes itself with pollen. The offspring is identical to th

e parent. Which type of reproduction is this?
Biology
1 answer:
Norma-Jean [14]3 years ago
8 0

Answer:

Self-pollination occurs when the pollen from the anther is deposited on the stigma of the same flower, or another flower on the same plant. Asexual reproduction produces plants that are genetically identical to the parent plant because no mixing of male and female gametes takes place.

Explanation:

Self-pollination is when pollen from the same plant arrives at the stigma of a flower (in flowering plants) or at the ovule (in gymnosperms). There are two types of self-pollination: in autogamy, pollen is transferred to the stigma of the same flower; in geitonogamy, pollen is transferred from the anther of one flower to the stigma of another flower on the same flowering plant, or from microsporangium to ovule within a single (monoecious) gymnosperm. Some plants have mechanisms that ensure autogamy, such as flowers that do not open (cleistogamy), or stamens that move to come into contact with the stigma. The term selfing that is often used as a synonym, is not limited to self-pollination, but also applies to other types of self-fertilization.

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<u>Answer:</u>

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3 years ago
Unattached earlobes(EE or Ee) are dominant over attached earlobes (ee). A couple both have unattached earlobes. Both notice that
ehidna [41]

Answer:

E. Two heterozygous, one homozygous recessive and one homozygous dominant is a likely outcome, but all heterozygous, or two, three or all four homozygous are also possible.

Explanation:

The question is incomplete. It is a multiple choice question that is missing the answers:

Unattached earlobes (EE or Ee) are described in the textbook as dominant over attached earlobes (ee). A couple both have unattached earlobes. Both notice that one of their parents on both sides has attached earlobes (ee). Therefore, they correctly assume that they are carriers for attached earlobes (Ee). The couple proceeds to have four children.

A. They can be certain that three will be heterozygous and one homozygous recessive.

B. If the first three are heterozygous, the fourth must be homozygous recessive.

C. The children must repeat the grandparents' genotype (Ee).

D. All children must have unattached earlobes since both parents possess the dominant gene for it.

E. Two heterozygous, one homozygous recessive and one homozygous dominant is a likely outcome, but all heterozygous, or two, three or all four homozygous are also possible.

Solution:

Parents              Ee                              Ee

Offspring            EE     Ee    Ee    ee

These are all possible genotypes of the offspring. Since each child has an equal change of carrying any of this genotypes, the best we can say that each of the four children or any number of children they have could carry any one of these four allele pairs

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From the cross Aa × Aa, the probability of producing a homozygous dominant offspring is
Dmitrij [34]
I think that is might be 25%. I hope that helps.
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