The genetic makeup of the offspring in asexual reproduction will be the exact same as the parent's because there was only one parent involved in producing the offspring.
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After a cell undergoes Prophase, Metaphase is when the chromosomes attach to the spindle fibers in the middle until Anaphase splits them apart.
Answer:
The correct answers are:
- Purple flower is the dominant phenotype.
- The genotype of the original purple-flowered must be heterozygous dominant.
- The genotype of blue-colored plant must be homozygous recessive.
The cross between blue-flowered and purple-flowered plant resulted in the production of offspring with both types of phenotype. Thus, either one or both the parent plant must be heterozygous.
In addition, the selfing of blue-flowered plants resulted only in the production of blue-flowered plants. Hence, this must be homozygous in nature.
So, we can conclude that blue was homozygous and purple was hetrozygous.
We know that, trait which is expressed in heterozygous condition is termed as dominant. Hence, the trait of purple color must be dominant and that of blue color must be recessive.
Hence, the genotype of original blue-flowered plant must be homozygous recessive and that of purple-flowered plant must be heterozygous dominant.
Answer:
c
Explanation:
“every cell stems from another cell”
He observed how cell division produced two daughter cells hence all living cells come from pre-existing.
