Answer 1:
Suppose the tall fur length is determined by F gene and short fur length is determined by f, then according to Mendel law of segregation:
Parental generation (P)
Phenotype Tall fur length X Short fur length
Genotype FF ff
F₁ generation result
Ff, Ff, Ff, Ff (Heterogeneous tall fur length)
Self Cross Ff X Ff
F2 generation FF, Ff, Ff, ff.
Genotypic result:
FF (Homozygous tall fur)
Ff (Heterozygous tall fur)
ff (Homozygous shot fur length)
Phenotypic result:
3 = Tall fur length
1 = short fur length
Answer 2:
If the hamster have short fur, then possible genotype would be ff, as explained in answer 1.
The answer would be frogs. Basic means less than 7 and frogs start out at 7 and go to 9.5.
It is because Prokaryotic cells has a unicellular structure compared to Eukaryotic cells which has a Multicellular structure.
Here is how biologist study concept maps.
BIOSPHERE:
<span>ECOSYSTEMS:
</span>
COMMUNITIES:
POPULATIONS:
<span>ORGANISMS: </span>
ORGANS AND ORGAN SYSTEMS:
<span>TISSUES: </span>
<span>CELLS: </span>
ORGANELLES:
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