9. Happy with their results so far, the strawberry breeder crosses a strawberry plant with small red berries with a plant that produces large black berries. All of the offspring of this cross (the F,) had small red berries. Give the genotype of each parent: Parent 1 Parent 2 b. Draw a Punnett square to illustrate an F, × F, cross. Assume independent assortment of alleles during meiosis.

Human Anatomy & Physiology (11th Edition)
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9. Happy with their results so far, the strawberry breeder crosses a strawberry plant with
small red berries with a plant that produces large black berries. All of the offspring of
this cross (the F,) had small red berries.
a. Give the genotype of each parent:
Parent 1
Parent 2
b. Draw a Punnett square to illustrate an F, x F, cross. Assume independent
assortment of alleles during meiosis.
Transcribed Image Text:9. Happy with their results so far, the strawberry breeder crosses a strawberry plant with small red berries with a plant that produces large black berries. All of the offspring of this cross (the F,) had small red berries. a. Give the genotype of each parent: Parent 1 Parent 2 b. Draw a Punnett square to illustrate an F, x F, cross. Assume independent assortment of alleles during meiosis.
10. The horticulturist would like to determine whether the genes responsible for berry
size and colour are linked, so they cross an F, strawberry (from question #9) with a
strawberry plant that produces large, black berries.
Draw a Punnett square to illustrate this cross, assuming independent assortment, and
give the expected genotypic frequencies and phenotypic ratio of the offspring.
Transcribed Image Text:10. The horticulturist would like to determine whether the genes responsible for berry size and colour are linked, so they cross an F, strawberry (from question #9) with a strawberry plant that produces large, black berries. Draw a Punnett square to illustrate this cross, assuming independent assortment, and give the expected genotypic frequencies and phenotypic ratio of the offspring.
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