How does reusing, reducing and recycling conserve energy
1 answer:
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I think you wrote this wrong? Is it not round rr vs wrinkled RR?? I'll answer it with that assumption:
You are crossing a rr with an RR:
You only get Rr back so they will phenotypically be all wrinkled
If you are crossing rr with an Rr (so a heterozygote wrinkled):
50% will be Rr (wrinkled)
50% will be rr (round)
See my picture for the Punnett Squares for both answers!
You are crossing a rr with an RR:
You only get Rr back so they will phenotypically be all wrinkled
If you are crossing rr with an Rr (so a heterozygote wrinkled):
50% will be Rr (wrinkled)
50% will be rr (round)
See my picture for the Punnett Squares for both answers!
Answer and Explanation:
Achondroplasia is a form of dwarfism that affects the formation of cartilage; early in development, most of the skeleton is comprised of cartilage. Cartilage is a type of flexible, tough tissue; in achondroplasia ossification (conversion of cartilage to bone) is affected. Symptoms include an enlarged head, shorter upper and lower limbs, and limited motion at the elbow.
Punnett squares are illustrations that display the product of hybrid trait crosses by genetic breeding.
For this cross...
Assuming Achondroplasia= dominant
Parent generation or P generation:
gametes: An → Achondroplasia dominant (A), No Achondroplasia recessive (n)
Heterozygousity describes the allelic makeup; these traits comprise two varying forms of a gene. However, homozygous traits comprise identical forms of the gene.
Male: An → with Achondroplasia
Female: nn → without Achondroplasia
genotypes and phenotypes for parent and offspring...
Assuming heterozygousity of the male , for the cross
P generation: An × nn
Achondroplasia × No Achondroplasia
F1 generation:
genotype: An × nn ...(from punnet square)
phenotype: 2 with Achondroplasia ; 2 without
∴ 50% are genotypically heterozygous while 50% is homozygous , 2 with Achondroplasia ; 2 without
