Why was the theory of blending inheritance eventually disproven?
A) Although the theory of blending inheritance accounted for a great deal of variation in a population, the theory of natural selection yielded explanations for every phenotype observed in a population.
B) The theory of blending inheritance suggested that inheritance is a diversifying force, but it is actually a homogenizing force.
C) It suggested that traits such as blue eyes were recessive, but such traits are in fact actually the result of rare dominant mutations arising in populations.
D) It was based on the fact that the phenotypes of progeny of a given cross typically resemble either parent-and never present "intermediate" phenotypes (i.e., such as grey fur) .
E) It was eventually disproven by demonstrating segregation of alleles for the inheritance of many traits in diverse types of organisms.
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Q35: Mendel's experiments with garden peas differed from
Q36: When Mendel crossed true-breeding yellow-seed plants with
Q37: When Mendel crossed true-breeding yellow-seed plants with
Q38: An allele is:
A)one of several forms of
Q39: A phenotype is:
A)one of several forms of
Q41: You are given two populations of true-breeding
Q42: Why was it important for Mendel to
Q43: One of Mendel's most important discoveries was:
A)dominance.
B)segregation.
C)mutation.
D)equivalence
Q44: Which of the following statements is TRUE
Q45: What is an allele?
A)one of several different
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