In rabbits, brown is dependent upon a dominant gene, B. White depends upon its recessive allele, b. Long ears are due to a dominant gene, L, and short ears are due to its recessive allele l. 27. If a white rabbit is mated to a heterozygous brown rabbit, what are the genotypic ratios for the offspring? 1:2 Bb, 1:2 BB b. 1:2 Bb, 1:2 bb 1:2 white, 1:2 brown d. а. с. 1:4 white, 3:4 brown 28. If two hybrid rabbits with long ears are mated, what are the phenotypic ratios for the offspring? a. 1:2 LI, 1:2 I1 b. 1:4 LI, 3:4 LL 1:2 short, 1:2 long 1:4 short, 3:4 long с. d.

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In rabbits, brown is dependent upon a dominant gene, B. White depends upon its recessive allele, b. Long ears
are due to a dominant gene, L, and short ears are due to its recessive allele l.
27. If a white rabbit is mated to a heterozygous brown rabbit, what are the genotypic ratios for the
offspring?
1:2 Bb, 1:2 BB
1:2 Bb, 1:2 bb
а.
b.
с.
1:2 white, 1:2 brown
d.
1:4 white, 3:4 brown
28. If two hybrid rabbits with long ears are mated, what are the phenotypic ratios for the offspring?
а. 1:2 LI, 1:2 1
b. 1:4 LI, 3:4 LL
c. 1:2 short, 1:2 long
d. 1:4 short, 3:4 long
Transcribed Image Text:In rabbits, brown is dependent upon a dominant gene, B. White depends upon its recessive allele, b. Long ears are due to a dominant gene, L, and short ears are due to its recessive allele l. 27. If a white rabbit is mated to a heterozygous brown rabbit, what are the genotypic ratios for the offspring? 1:2 Bb, 1:2 BB 1:2 Bb, 1:2 bb а. b. с. 1:2 white, 1:2 brown d. 1:4 white, 3:4 brown 28. If two hybrid rabbits with long ears are mated, what are the phenotypic ratios for the offspring? а. 1:2 LI, 1:2 1 b. 1:4 LI, 3:4 LL c. 1:2 short, 1:2 long d. 1:4 short, 3:4 long
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