1. In non-Mendelian inheritance: a. Mendelian phenotypic probabilities are not met b. the (F1) has the same phenotype as

[answerhappygod]

1. In non-Mendelian inheritance:
a. Mendelian phenotypic probabilities are not met
b. the (F1) has the same phenotype as the parents
c. was developed by Darwin
2. A probability of 9:3:3:1 is characteristic of
_______________________.
a. monohybrid genotype
b. dihybrid phenotype
c. dihybrid genotype
3. The phenotypic probability of a monohybrid cross
is:
a. 3/4 recessive; 1/4 dominant
b. 1/2 dominant; 1/2 recessive
c. 3/4 dominant/ 1/4 recessive
4. The genotypic probability of a monohybrid cross
is:
a. 1/4 AA; 2/4 AA; 1/4 yy
b. 1/2 AA; 1/2 yy
c. 3/4 AA; 1/4 yy
5. The R1R2 combination of an incomplete dominance
cross results in red flowers.
True
False
6. In inheritance called incomplete dominance, the
recessive gene expresses something, it generates a
product.
True
False
7. AB blood type is the result of
codominance.
True
False