Question 1
In peas, axial (
A) flower position is dominant to terminal (
a), and tall (
L) is dominant to short (
l). If a plant that is heterozygous for both traits is allowed to self-fertilize, how many of the offspring would also be heterozygous for both traits?
◦ 9/16
◦ 1/4
◦ 3/16
◦ 1/8
◦ 1/16
Question 2
In peas, axial (
A) flower position is dominant to terminal
(a), tall (
L) is dominant to short (
l), and yellow (
Y) is dominant to green (
y). If a plant that is heterozygous for all three traits is allowed to self-fertilize, how many of the offspring would show the dominant phenotype for all three traits?
◦ 3/64
◦ 9/64
◦ 27/64
◦ 32/64
◦ 64/64