Let us suppose that two plants are crossed (mated). One plant (female) is homozygous dominant and produces chlorophyll, and the other (male) is homozygous recessive and does not produce chlorophyll. These two plants are considered the parental, or P generation. What would be the possible genotypes and phenotypes of these two individuals? Fill in the table below with the parental generation's descriptional information. Table 6.1 Parental Generation P Generation

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Let us suppose that two plants are crossed (mated). One plant (female) is homozygous dominant
and produces chlorophyll, and the other (male) is homozygous recessive and does not produce
chlorophyll. These two plants are considered the parental, or P generation.
What would be the possible genotypes and phenotypes of these two individuals? Fill in the
table below with the parental generation's descriptional information.
Table 6.1
Female
Male
Description
Parental Generation
Homozygous dominant
P Generation
Genotype
gg
Phenotype
Green
Transcribed Image Text:Let us suppose that two plants are crossed (mated). One plant (female) is homozygous dominant and produces chlorophyll, and the other (male) is homozygous recessive and does not produce chlorophyll. These two plants are considered the parental, or P generation. What would be the possible genotypes and phenotypes of these two individuals? Fill in the table below with the parental generation's descriptional information. Table 6.1 Female Male Description Parental Generation Homozygous dominant P Generation Genotype gg Phenotype Green
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