Back to marketplace

[17.2/4] monohybrid + dihybrid inheritance

No description yet. This curated deck is ready for daily study.

Total cards: 8•Content version: v4•Public deck•Updated: 8/1/2026

Card preview (8)

#1
Front (Question)

what does it mean for the phenotype offspring if the alleles are GG, Gg and gg, where green is dominant and yellow is recessive?

Back (Answer)

• GG = green • Gg = green • gg = yellow

#2
Front (Question)

what is the difference between the genotype and gamete? (eg. for GG and gg)

Back (Answer)

• parental genotype = GG / gg • gamete is what is produced by each parent = G, G / g, g

#3
Front (Question)

how do you find the F1?

Back (Answer)

• punnett square with 4 separate alleles • cross to find alleles of offspring

#4
Front (Question)

what is F2?

Back (Answer)

• when F1 offspring are bred • resulting phenotypes may be different

#5
Front (Question)

what is an example of dihybrid inheritance with mendel’s peas?

Back (Answer)

• seed shape: round shape is dominant to wrinkled shape • seed colour: yellow colour is dominant to green colour

#6
Front (Question)

F1 for dihybrid inheritance

Back (Answer)

• have 2 sets of parental phenotypes which have 4 letters each • find gametes from these (somehow) • find offspring genotype parental genotype = RRGG, rrgg gametes = RG, rg offspring (F1) gentyopes = RrGg

#7
Front (Question)

F2 for dihybrid inheritance with 2 heterozygous parents

Back (Answer)

• big 16 grid • 4 possible offspring phenotypes • ratio of offspring (F2) phenotypes = 9:3:3:1 gametes = RG, Rg, rG, rg

#8
Front (Question)

F2 for dihybrid inheritance with 2 homozygous recessive parents

Back (Answer)

• big 16 grid • 4 possible offpsring phenotypes gametes = Rg, Rg, rg, rg