MAT

62d1_e3a3

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Produces a 1:1 phenotype ratio in progeny aa × aa Produces only the recessive phenotype in progeny AA × aa Results in all heterozygous offspring Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_de72

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa All offspring have the dominant phenotype and are heterozygous aa × aa All offspring have the same recessive genotype and phenotype Aa × Aa Produces a 3:1 phenotype ratio in progeny Aa × aa Generates a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_4a7e

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × AA All offspring have the same dominant genotype and phenotype Aa × aa Produces a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_88ed

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa Produces a 1:2:1 genotype ratio in progeny Aa × aa Half of the offspring display the recessive phenotype aa × aa All offspring have the same recessive genotype and phenotype AA × AA Results in all homozygous dominant offspring AA × aa All offspring have the dominant phenotype and are heterozygous AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_425a

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa 50% of the offspring are homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × aa All offspring have the dominant phenotype and are heterozygous aa × aa Produces only the recessive phenotype in progeny AA × AA Results in all homozygous dominant offspring MAT

62d1_588c

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa One-quarter of the offspring show the recessive phenotype Aa × aa 50% of the offspring are homozygous recessive AA × AA All offspring have the same dominant genotype and phenotype AA × aa Produces only heterozygotes in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_3659

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Generates a 1:1 phenotype ratio in progeny Aa × Aa 25% of the offspring are homozygous dominant AA × AA All offspring have the same dominant genotype and phenotype AA × aa Results in all heterozygous offspring aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_35d3

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa Produces a 1:2:1 genotype ratio in progeny Aa × aa 50% of the offspring are homozygous recessive AA × aa Produces only heterozygotes in progeny AA × AA All offspring have the same dominant genotype and phenotype aa × aa Produces offspring that are all homozygous recessive MAT

62d1_13a7

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype AA × AA Results in all homozygous dominant offspring AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa 50% of the offspring are homozygous recessive Aa × Aa One-quarter of the offspring show the recessive phenotype MAT

62d1_b124

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype Aa × Aa Produces a 1:2:1 genotype ratio in progeny Aa × aa 50% of the offspring are homozygous recessive AA × aa Produces only heterozygotes in progeny AA × AA All offspring have the same dominant genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_1441

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa Produces a 3:1 phenotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive Aa × aa Produces a 1:1 phenotype ratio in progeny AA × AA Results in all homozygous dominant offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_9bbb

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa Results in all heterozygous offspring AA × AA All offspring have the same dominant genotype and phenotype aa × aa Produces offspring that are all homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny Aa × aa 50% of the offspring are homozygous recessive MAT

62d1_87ed

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa All offspring have the dominant phenotype and are heterozygous AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Half of the offspring display the recessive phenotype Aa × Aa Produces a 1:2:1 genotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_a120

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Half of the offspring display the recessive phenotype aa × aa Produces offspring that are all homozygous recessive AA × AA Results in all homozygous dominant offspring AA × aa Produces only heterozygotes in progeny Aa × Aa Produces a 1:2:1 genotype ratio in progeny MAT

62d1_b9d0

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa All offspring have the dominant phenotype and are heterozygous AA × AA All offspring have the same dominant genotype and phenotype Aa × aa Produces a 1:1 phenotype ratio in progeny aa × aa Produces only the recessive phenotype in progeny MAT

62d1_b24b

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa 50% of the offspring are homozygous recessive AA × aa Produces only heterozygotes in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA Results in all homozygous dominant offspring aa × aa Produces offspring that are all homozygous recessive Aa × Aa Produces a 1:2:1 genotype ratio in progeny MAT

62d1_a1cb

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Produces a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces only the recessive phenotype in progeny AA × aa Results in all heterozygous offspring AA × AA Results in all homozygous dominant offspring Aa × Aa Produces a 3:1 phenotype ratio in progeny MAT

62d1_7836

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa 25% of the offspring are homozygous dominant AA × aa All offspring have the dominant phenotype and are heterozygous aa × aa All offspring have the same recessive genotype and phenotype Aa × aa Half of the offspring display the recessive phenotype MAT

62d1_321a

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny Aa × aa Half of the offspring display the recessive phenotype MAT

62d1_f9fa

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype Aa × Aa 25% of the offspring are homozygous dominant AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa 50% of the offspring are homozygous recessive AA × AA All offspring have the same dominant genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_a331

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa 50% of the offspring are homozygous recessive AA × AA Results in all homozygous dominant offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa Results in all heterozygous offspring aa × aa Produces only the recessive phenotype in progeny MAT

62d1_9011

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces only the recessive phenotype in progeny AA × AA All offspring have the same dominant genotype and phenotype Aa × aa Half of the offspring display the recessive phenotype Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa Results in all heterozygous offspring MAT

62d1_1aca

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa One-quarter of the offspring show the recessive phenotype Aa × aa Half of the offspring display the recessive phenotype AA × aa All offspring have the dominant phenotype and are heterozygous AA × AA Results in all homozygous dominant offspring aa × aa Produces only the recessive phenotype in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_c405

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Generates a 1:1 phenotype ratio in progeny Aa × Aa 25% of the offspring are homozygous dominant aa × aa All offspring have the same recessive genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa All offspring have the dominant phenotype and are heterozygous AA × AA Results in all homozygous dominant offspring MAT

62d1_8f34

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa 50% of the offspring are homozygous recessive AA × aa Results in all heterozygous offspring aa × aa Produces offspring that are all homozygous recessive AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa One-quarter of the offspring show the recessive phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_9d03

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny Aa × aa 50% of the offspring are homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × AA Results in all homozygous dominant offspring aa × aa Produces offspring that are all homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_eb65

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa 25% of the offspring are homozygous dominant aa × aa All offspring have the same recessive genotype and phenotype Aa × aa Produces a 1:1 phenotype ratio in progeny MAT

62d1_a6e9

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa Produces a 1:2:1 genotype ratio in progeny AA × AA Results in all homozygous dominant offspring AA × aa Results in all heterozygous offspring aa × aa Produces only the recessive phenotype in progeny Aa × aa Generates a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_fed8

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Produces a 1:1 phenotype ratio in progeny aa × aa All offspring have the same recessive genotype and phenotype AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa Produces a 1:2:1 genotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_fd36

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Results in all heterozygous offspring aa × aa Produces offspring that are all homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny Aa × aa Produces a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_4625

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny AA × AA Results in all homozygous dominant offspring aa × aa Produces only the recessive phenotype in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa Produces a 1:2:1 genotype ratio in progeny Aa × aa Half of the offspring display the recessive phenotype MAT

62d1_f68d

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny Aa × aa Half of the offspring display the recessive phenotype AA × AA Results in all homozygous dominant offspring Aa × Aa 25% of the offspring are homozygous dominant AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_0d80

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny AA × AA All offspring have the same dominant genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Half of the offspring display the recessive phenotype Aa × Aa 25% of the offspring are homozygous dominant aa × aa Produces only the recessive phenotype in progeny MAT

62d1_7a0b

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa All offspring have the dominant phenotype and are heterozygous Aa × aa Generates a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA Results in all homozygous dominant offspring MAT

62d1_42fa

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring Aa × aa Generates a 1:1 phenotype ratio in progeny AA × aa All offspring have the dominant phenotype and are heterozygous aa × aa Produces only the recessive phenotype in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa 25% of the offspring are homozygous dominant MAT

62d1_fbf7

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa Produces only the recessive phenotype in progeny AA × aa Results in all heterozygous offspring Aa × Aa One-quarter of the offspring show the recessive phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa 50% of the offspring are homozygous recessive AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_3d10

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny aa × aa Produces only the recessive phenotype in progeny Aa × Aa 25% of the offspring are homozygous dominant AA × AA All offspring have the same dominant genotype and phenotype Aa × aa 50% of the offspring are homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_9464

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Produces a 1:1 phenotype ratio in progeny Aa × Aa Produces a 1:2:1 genotype ratio in progeny aa × aa All offspring have the same recessive genotype and phenotype AA × aa Results in all heterozygous offspring MAT

62d1_3146

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring Aa × Aa One-quarter of the offspring show the recessive phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Produces a 1:1 phenotype ratio in progeny aa × aa All offspring have the same recessive genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_f9c8

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa One-quarter of the offspring show the recessive phenotype Aa × aa Generates a 1:1 phenotype ratio in progeny aa × aa Produces only the recessive phenotype in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA Results in all homozygous dominant offspring AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_0960

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Generates a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype aa × aa Produces only the recessive phenotype in progeny AA × aa Results in all heterozygous offspring Aa × Aa One-quarter of the offspring show the recessive phenotype MAT

62d1_81cf

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa Produces only heterozygotes in progeny Aa × aa Generates a 1:1 phenotype ratio in progeny aa × aa All offspring have the same recessive genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_0f57

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces only the recessive phenotype in progeny AA × aa All offspring have the dominant phenotype and are heterozygous AA × AA Results in all homozygous dominant offspring Aa × Aa One-quarter of the offspring show the recessive phenotype Aa × aa Half of the offspring display the recessive phenotype MAT

62d1_d292

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa All offspring have the same recessive genotype and phenotype Aa × aa Generates a 1:1 phenotype ratio in progeny Aa × Aa 25% of the offspring are homozygous dominant AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_da78

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa Produces only the recessive phenotype in progeny Aa × aa Half of the offspring display the recessive phenotype Aa × Aa Produces a 1:2:1 genotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA Results in all homozygous dominant offspring AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_d5c6

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa Results in all heterozygous offspring AA × AA All offspring have the same dominant genotype and phenotype Aa × aa Produces a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_4aaa

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype Aa × aa 50% of the offspring are homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny aa × aa Produces only the recessive phenotype in progeny AA × aa All offspring have the dominant phenotype and are heterozygous AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_9e5a

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive AA × AA All offspring have the same dominant genotype and phenotype Aa × aa 50% of the offspring are homozygous recessive Aa × Aa Produces a 1:2:1 genotype ratio in progeny MAT

62d1_6c94

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa Results in all heterozygous offspring AA × AA Results in all homozygous dominant offspring Aa × aa Generates a 1:1 phenotype ratio in progeny MAT

62d1_b51f

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype Aa × aa 50% of the offspring are homozygous recessive Aa × Aa Produces a 1:2:1 genotype ratio in progeny AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive MAT

62d1_e2b7

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Produces a 1:1 phenotype ratio in progeny Aa × Aa Produces a 1:2:1 genotype ratio in progeny AA × AA All offspring have the same dominant genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_c360

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa 25% of the offspring are homozygous dominant AA × AA Results in all homozygous dominant offspring AA × aa Results in all heterozygous offspring aa × aa Produces only the recessive phenotype in progeny Aa × aa 50% of the offspring are homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_9c8b

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny Aa × aa Produces a 1:1 phenotype ratio in progeny AA × AA Results in all homozygous dominant offspring aa × aa All offspring have the same recessive genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa 25% of the offspring are homozygous dominant MAT

62d1_ac1f

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa 25% of the offspring are homozygous dominant aa × aa Produces only the recessive phenotype in progeny Aa × aa 50% of the offspring are homozygous recessive MAT

62d1_8cc4

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa Produces only heterozygotes in progeny Aa × aa Produces a 1:1 phenotype ratio in progeny MAT

62d1_a162

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa 25% of the offspring are homozygous dominant AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype Aa × aa Generates a 1:1 phenotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive AA × aa Produces only heterozygotes in progeny MAT

62d1_0262

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Half of the offspring display the recessive phenotype AA × AA Results in all homozygous dominant offspring Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa All offspring have the dominant phenotype and are heterozygous aa × aa Produces only the recessive phenotype in progeny MAT

62d1_8ae0

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Generates a 1:1 phenotype ratio in progeny AA × aa All offspring have the dominant phenotype and are heterozygous aa × aa Produces only the recessive phenotype in progeny AA × AA Results in all homozygous dominant offspring MAT

62d1_8c6a

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa Produces only the recessive phenotype in progeny Aa × Aa 25% of the offspring are homozygous dominant AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa All offspring have the dominant phenotype and are heterozygous Aa × aa Half of the offspring display the recessive phenotype AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_4581

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Half of the offspring display the recessive phenotype AA × aa Produces only heterozygotes in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × AA Results in all homozygous dominant offspring MAT

62d1_92ae

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous Aa × Aa Produces a 1:2:1 genotype ratio in progeny AA × AA Results in all homozygous dominant offspring Aa × aa Produces a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_e7a1

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa 50% of the offspring are homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny aa × aa Produces only the recessive phenotype in progeny AA × AA All offspring have the same dominant genotype and phenotype AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_c813

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype Aa × aa Produces a 1:1 phenotype ratio in progeny AA × AA All offspring have the same dominant genotype and phenotype AA × aa Produces only heterozygotes in progeny Aa × Aa One-quarter of the offspring show the recessive phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_419d

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa Produces offspring that are all homozygous recessive AA × AA All offspring have the same dominant genotype and phenotype AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Produces a 1:1 phenotype ratio in progeny Aa × Aa 25% of the offspring are homozygous dominant MAT

62d1_91f9

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Generates a 1:1 phenotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive Aa × Aa Produces a 3:1 phenotype ratio in progeny MAT

62d1_8474

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Produces only heterozygotes in progeny Aa × aa Generates a 1:1 phenotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa 25% of the offspring are homozygous dominant MAT

62d1_18f1

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa All offspring have the dominant phenotype and are heterozygous aa × aa All offspring have the same recessive genotype and phenotype AA × AA All offspring have the same dominant genotype and phenotype Aa × aa 50% of the offspring are homozygous recessive Aa × Aa One-quarter of the offspring show the recessive phenotype MAT

62d1_f39b

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Generates a 1:1 phenotype ratio in progeny Aa × Aa 25% of the offspring are homozygous dominant aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_995f

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype aa × aa Produces offspring that are all homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa Results in all heterozygous offspring Aa × Aa Produces a 1:2:1 genotype ratio in progeny Aa × aa Half of the offspring display the recessive phenotype MAT

62d1_17e9

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Half of the offspring display the recessive phenotype aa × aa All offspring have the same recessive genotype and phenotype AA × aa Results in all heterozygous offspring AA × AA Results in all homozygous dominant offspring Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_98e4

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa One-quarter of the offspring show the recessive phenotype Aa × aa Produces a 1:1 phenotype ratio in progeny AA × AA Results in all homozygous dominant offspring AA × aa Produces only heterozygotes in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_82b3

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Generates a 1:1 phenotype ratio in progeny Aa × Aa Produces a 3:1 phenotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive AA × aa Produces only heterozygotes in progeny AA × AA Results in all homozygous dominant offspring MAT

62d1_da4e

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Produces a 1:1 phenotype ratio in progeny Aa × Aa One-quarter of the offspring show the recessive phenotype aa × aa All offspring have the same recessive genotype and phenotype AA × AA All offspring have the same dominant genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous MAT

62d1_d0e1

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa 50% of the offspring are homozygous recessive Aa × Aa Produces a 1:2:1 genotype ratio in progeny AA × AA All offspring have the same dominant genotype and phenotype aa × aa All offspring have the same recessive genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa Results in all heterozygous offspring MAT

62d1_106a

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA Results in all homozygous dominant offspring AA × aa Results in all heterozygous offspring Aa × Aa 25% of the offspring are homozygous dominant Aa × aa Produces a 1:1 phenotype ratio in progeny aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_5323

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Half of the offspring display the recessive phenotype AA × aa Produces only heterozygotes in progeny aa × aa Produces only the recessive phenotype in progeny AA × AA All offspring have the same dominant genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa Produces a 1:2:1 genotype ratio in progeny MAT

62d1_73af

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa 50% of the offspring are homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous Aa × Aa One-quarter of the offspring show the recessive phenotype aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_0f2e

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Generates a 1:1 phenotype ratio in progeny aa × aa Produces only the recessive phenotype in progeny AA × aa Produces only heterozygotes in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa 25% of the offspring are homozygous dominant MAT

62d1_b7a8

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa One-quarter of the offspring show the recessive phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa 50% of the offspring are homozygous recessive AA × aa Results in all heterozygous offspring AA × AA All offspring have the same dominant genotype and phenotype aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_93d8

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa Produces a 3:1 phenotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Produces a 1:1 phenotype ratio in progeny AA × aa Results in all heterozygous offspring AA × AA Results in all homozygous dominant offspring MAT

62d1_bda5

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa All offspring have the dominant phenotype and are heterozygous AA × AA All offspring have the same dominant genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa 25% of the offspring are homozygous dominant aa × aa All offspring have the same recessive genotype and phenotype Aa × aa Generates a 1:1 phenotype ratio in progeny MAT

62d1_60ea

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa Results in all heterozygous offspring AA × AA All offspring have the same dominant genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa 25% of the offspring are homozygous dominant aa × aa Produces offspring that are all homozygous recessive Aa × aa Generates a 1:1 phenotype ratio in progeny MAT

62d1_7620

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Produces a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa Produces only heterozygotes in progeny Aa × Aa Produces a 3:1 phenotype ratio in progeny aa × aa All offspring have the same recessive genotype and phenotype AA × AA Results in all homozygous dominant offspring MAT

62d1_afea

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa All offspring have the same recessive genotype and phenotype AA × AA All offspring have the same dominant genotype and phenotype AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa One-quarter of the offspring show the recessive phenotype Aa × aa Produces a 1:1 phenotype ratio in progeny MAT

62d1_7a29

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × aa All offspring have the dominant phenotype and are heterozygous Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA Results in all homozygous dominant offspring aa × aa Produces offspring that are all homozygous recessive Aa × aa Produces a 1:1 phenotype ratio in progeny MAT

62d1_08ea

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa One-quarter of the offspring show the recessive phenotype aa × aa All offspring have the same recessive genotype and phenotype Aa × aa Generates a 1:1 phenotype ratio in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × aa Results in all heterozygous offspring AA × AA Results in all homozygous dominant offspring MAT

62d1_6ede

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Half of the offspring display the recessive phenotype Aa × Aa One-quarter of the offspring show the recessive phenotype AA × aa Produces only heterozygotes in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa All offspring have the same recessive genotype and phenotype AA × AA Results in all homozygous dominant offspring MAT

62d1_457f

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × Aa 25% of the offspring are homozygous dominant Aa × aa Half of the offspring display the recessive phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA Results in all homozygous dominant offspring aa × aa All offspring have the same recessive genotype and phenotype AA × aa Produces only heterozygotes in progeny MAT

62d1_5752

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

Aa × aa Half of the offspring display the recessive phenotype AA × AA All offspring have the same dominant genotype and phenotype AA × aa Results in all heterozygous offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa 25% of the offspring are homozygous dominant aa × aa All offspring have the same recessive genotype and phenotype MAT

62d1_f6c7

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Produces a 1:1 phenotype ratio in progeny aa × aa All offspring have the same recessive genotype and phenotype Aa × Aa Produces a 1:2:1 genotype ratio in progeny MAT

62d1_8909

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype AA × aa All offspring have the dominant phenotype and are heterozygous AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa Generates a 1:1 phenotype ratio in progeny aa × aa Produces offspring that are all homozygous recessive Aa × Aa 25% of the offspring are homozygous dominant MAT

62d1_776f

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa Produces only the recessive phenotype in progeny Aa × Aa Produces a 3:1 phenotype ratio in progeny Aa × aa Generates a 1:1 phenotype ratio in progeny AA × AA Results in all homozygous dominant offspring AA × aa All offspring have the dominant phenotype and are heterozygous AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes MAT

62d1_0c79

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa Produces a 1:2:1 genotype ratio in progeny Aa × aa Produces a 1:1 phenotype ratio in progeny AA × aa Produces only heterozygotes in progeny aa × aa Produces offspring that are all homozygous recessive MAT

62d1_eb29

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA All offspring have the same dominant genotype and phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive Aa × Aa 25% of the offspring are homozygous dominant AA × aa All offspring have the dominant phenotype and are heterozygous Aa × aa Half of the offspring display the recessive phenotype MAT

62d1_9f54

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa Produces offspring that are all homozygous recessive Aa × Aa One-quarter of the offspring show the recessive phenotype AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa 50% of the offspring are homozygous recessive AA × aa All offspring have the dominant phenotype and are heterozygous AA × AA Results in all homozygous dominant offspring MAT

62d1_d46f

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × aa 50% of the offspring are homozygous recessive AA × aa All offspring have the dominant phenotype and are heterozygous Aa × Aa One-quarter of the offspring show the recessive phenotype aa × aa Produces only the recessive phenotype in progeny AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_8e4a

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

aa × aa Produces only the recessive phenotype in progeny AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes Aa × Aa Produces a 3:1 phenotype ratio in progeny AA × aa Results in all heterozygous offspring Aa × aa Produces a 1:1 phenotype ratio in progeny AA × AA All offspring have the same dominant genotype and phenotype MAT

62d1_5713

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa All offspring have the same recessive genotype and phenotype AA × aa Produces only heterozygotes in progeny AA × AA All offspring have the same dominant genotype and phenotype Aa × Aa Produces a 1:2:1 genotype ratio in progeny Aa × aa Half of the offspring display the recessive phenotype MAT

62d1_4e0f

Match each of the following parental genotypes in monohybrid crosses with their corresponding descriptions of the progeny.

Note: Each choice will be used exactly once.

AA × AA Results in all homozygous dominant offspring AA × Aa Yields offspring with 50% homozygous dominant and 50% heterozygous genotypes aa × aa Produces offspring that are all homozygous recessive Aa × aa Produces a 1:1 phenotype ratio in progeny AA × aa All offspring have the dominant phenotype and are heterozygous Aa × Aa Produces a 3:1 phenotype ratio in progeny