Biology MCQ Patterns Of Inheritance In white tigers, the absence of fur pigmentation is caused by a recessive allele. This allele also causes the tigers to be cross-eyed. If two tigers heterozygous for this allele mate, what do you expect to see among the offspring?

In white tigers, the absence of fur pigmentation is caused by a recessive allele. This allele also causes the tigers to be cross-eyed. If two tigers heterozygous for this allele mate, what do you expect to see among the offspring?

00:45 Patterns Of Inheritance

In white tigers, the absence of fur pigmentation is caused by a recessive allele. This allele also causes the tigers to be cross-eyed. If two tigers heterozygous for this allele mate, what do you expect to see among the offspring?

A. 1/4 will be both white and cross-eyed.
B. 1/4 will be white and 1/4 will be cross-eyed, but not necessarily the same 1/4 due to independent assortment.
C. 1/16 will be white and 1/16 will be cross-eyed, but not necessarily the same 1/16 due to independent assortment.
D. 1/16 will be both white and cross-eyed.

Answer: A

Biology MCQ

In white tigers, the absence of fur pigmentation is caused by a recessive allele. This allele also causes the tigers to be cross-eyed. If two tigers heterozygous for this allele mate, what do you expect to see among the offspring?

In white tigers, the absence of fur pigmentation is caused by a recessive allele. This allele also causes the tigers to be cross-eyed. If two tigers heterozygous for this allele mate, what do you expect to see among the offspring?

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