Why must cells divide to stay small or change shape to reduce volume?
2 answers:
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Answer: Sysy × Sysy i.e. <em>all are genotypically heterozygous, inflated, and yellow</em>
Explanation:
Punnett squares are a diagrammatic means of determining traits of hybrid offspring produced via crosses in genetic breeding. The parental genotypes and phenotypes are usually known, and these typically follow standard Mendelian ratios and inheritance.
Mendelian genetics focus on trait inheritance, or heritability. These traits are packaged out into its own gamete, inherited by themselves and often show dominance, where one's effect may mask those of another trait.
These are called the Law of Segregation, Independent assortment and Dominance respectively.
For this cross...
Parent generation or P generation:
gametes: Y → pod color green dominant (Y), yellow recessive (y)
S→ pod size; inflated dominant (S), constricted recessive (c)
Assumptions...
- True breeding plants are homozygous, with identical sets of alleles
- The other parent is heterozygous, as it was not said to breed true
P generation: SySy × sysy
<em> yellow, inflated </em>× <em> yellow, constricted</em>
<em></em>
F1 generation: Sysy × Sysy ...(from punnet square)
<em>phenotype</em><em>: yellow, inflated </em>× <em> yellow, inflated </em>
<em></em>
<em>∴ all are genotypically heterozygous, inflated, and yellow</em>
