Question

A long, striped watermelon is crossed with a another long, striped watermelon. List below all the possible phenotypes and genotypes of the progeny. 2. In watermelons, the color green is due to a dominant allele. Two green watermelons are crossed and produce 286 green watermelons and 91 striped watermelons. Give the genotype of the parents. 3. Watermelons also have a dominant allele for short shape. If a short watermelon is crossed with a long watermelon and all of the progeny have a short shape, what are the genotypes of the parents? 4. A long, striped watermelon is crossed with a another long, striped watermelon. List below all the possible phenotypes and genotypes of the progeny. 5. If two watermelons are crossed and the progeny are as follows: 91 green and short, 29 green and long, 31 striped and short, and 11 striped and long. What are the genotypes of the two parents?

          A long, striped watermelon is crossed with a another
long, striped watermelon. List below all the possible phenotypes
and genotypes of the progeny.
2. In watermelons, the color green is due to a dominant
allele. Two green watermelons are crossed and produce 286
green watermelons and 91 striped watermelons. Give the
genotype of the parents.
3. Watermelons also have a dominant allele for short
shape. If a short watermelon is crossed with a long
watermelon and all of the progeny have a short shape, what are the
genotypes of the parents?
4. A long, striped watermelon is crossed with a another
long, striped watermelon. List below all the possible
phenotypes and genotypes of the progeny.
5. If two watermelons are crossed and the progeny are as
follows: 91 green and short, 29 green and long, 31 striped and
short, and 11 striped and long.
What are the genotypes of the two parents?

Added by Carlos S.

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