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In pea plants, yellow seed color is dominant and green seed color is recessive. What will the generations look like? Assume that Mendel’s method of crossing two true breeding parents with opposite traits is followed. Check all that apply.

The P generation has all yellow seeds.

The P generation has all green seeds.

The P generation has yellow and green seeds.

The F1 generation has yellow and green seeds.

The F1 generation has all yellow seeds.

The F2 generation has all green seeds.

The F2 generation has yellow and green seeds.

Respuesta :

Answers;

-The P generation has yellow and green seeds.

-The F1 generation has all yellow seeds.

-The F2 generation has yellow and green seeds.

Explanation;

Yellow seed color (dominant)

Green seed color (recessive)

P generation: In Mendel's experiments the parental generation.

Yellow seed color

F1 generation: In Mendel's experiments the offspring of the P generation

Yellow seed color and

Green seed color

F2 generation: In Mendel's experiments the offspring of the F1 generation

Dominant genes are the genes that are expressed in an organism, whereas recessive genes are masked by dominant genes.

In the Mendel crossing for two true traits, the correct answers will be:

  • The P generation has yellow and green seeds.
  • The F1 generation has all yellow seeds.
  • The F2 generation has yellow and green seeds.

In the Mendel dihybrid cross, yellow round and green wrinkled seeds are the two true parental phenotypes.

  • The yellow seed color is dominant over the green color of the seed.
  • The round shape of the seed is dominant over the wrinkled shape of the seed.

The cross between the parent phenotype, the F1 generation will be all yellow and round seeds. The genotype can be heterozygous.

The cross between the F1 generation will result in the hybrids of round yellow, wrinkled green, wrinkled yellow, and round green combinations. The ratio for the phenotypic characters is 9:3:3:1.

Therefore, Mendel's cross is used to study the inheritance pattern and understand genetics.

To know more about Mendel's cross, refer to the following link:

https://brainly.com/question/11619535

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