50% or 0.5 is the probability that the offspring will have a cleft chin.
Explanation:
Data given:
Cleft chin = dominant, genotype CC
one parent, heterozygous so genotype, Cc
other parent = no cleft chin, genotype is cc (recessive)
probability of child with cleft chin =?
The cross between the given genotype will be shown in punnet square:
C c
c Cc cc
c Cc cc
The results obtained from the cross shows that 50% chances of the progeny having cleft chin.
The phenotype ratio: cleft chin: no cleft chin
1:1
the genotype ratio of the progeny
heterozygous dominant : recessive homozygous
1:1
Rhizomes are involved in the production of stems and “reproduction” of new plant parts. It has been theorized that rhizomes, when removed, can grow into completely new (but genetically identical) plants! It’s kind of like budding, so it’s pretty cool.
I hope I helped!
According to the research, the correct answer is that the atomic number of an element is usually denoted by the letter Z and represents the stable compound particles of a positive elementary charge.
<h3>What is the atomic number ?</h3>
It is a total number of the smallest particles that make up the atom with a positive electric charge that is denoted with the letter "Z" that make up the atomic nucleus of a certain chemical element.
In this sense, each chemical element has a different atomic number, although its chemical way of behaving is established by the electrons that orbit around its nucleus.
Therefore, we can conclude that according to the research, the atomic number presents the different amounts of protons in the atoms of different elements.
Learn more about the atomic number here: brainly.com/question/8834373
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Answer:
Genotype of the parental plant that produced round, yellow seeds is RRgg
Explanation:
Let us say that allele for round shape (R) is dominant over allele for wrinkled shape(r)
and allele for green color (G) is dominant over allele for yellow color of seed.
So a wrinkled green seed will have genotype either "rrGG" or "rrGg"
Like wise a round, yellow seeds will have genotype either "RRgg" or "Rrgg"
It is given that In the F1 generation, half of the plants produced round, yellow seeds and the other half produced round, green seeds.
So if a cross is carried between rrGg and RRgg, the following offspring will be produces
rG rG rg rg
Rg RrGg RrGg Rrgg Rrgg
Rg RrGg RrGg Rrgg Rrgg
Rg RrGg RrGg Rrgg Rrgg
Rg RrGg RrGg Rrgg Rrgg
So genotype “RrGg” gives round and green seeds
And genotype “Rrgg” gives round and green seed
Thus, genotype of the parental plant that produced round, yellow seeds is RRgg
C. Can produce fertile offspring
The species may be widespread so they do not share the same population, territory or resources. However, if they are the same species, they can produce fertile offspring.
