In Mendel's peas, an individual that is heterozygous for seed color:
A) has only one kind of allele for seed color.
B) has two different alleles for seed color.
C) will express the dominant allele.
D) will express the recessive allele.
E) has two different alleles for seed color and will express the dominant allele.
Correct Answer:
Verified
Q23: Which of the following situations would have
Q24: Mendel used true-breeding strains of peas. Which
Q25: The term "dominant allele" is shorthand for
Q26: In genetic crosses, the symbol Aa refers
Q27: In a homozygous genotype:
A)both alleles for a
Q29: A genotype is:
A)one of several forms of
Q30: The statement that, in garden peas, yellow
Q31: In Mendel's garden peas, each cell in
Q32: A reproductive cell, or gamete, has:
A)one allele
Q33: In modern terminology, a true-breeding strain is:
A)hybrid.
B)dominant.
C)heterozygous.
D)homozygous.
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