Answer:
a) p=0.665
b) q=0.335
c) 2pq=0.445
d) (0.665^2)+(0.335^2)+(2*0.665*0.335)=1
Explanation:
For solve this exercise I will use the Hardy-Weinberg principle. We have the following:
a) and b)
number of purple flowers=142
number of white flowers=18
total number of flowers=160
frequency of white flowers=q^2=18/160=0.112
q=0.335
if
p+q=1
Clearing p:
p=1-0.335=0.665
c) the heterozygous is 2pq:
frequency of heterozygous allele: 2pq=2*0.665*0.335=0.445
d) p^2+2pq+q^2=1
(0.665^2)+(0.335^2)+(2*0.665*0.335)=1
Answer:
it is D regulation of growth in the skeletal system
Explanation:
I hope it right
If you are trying to trigger more growth you would want to cut off the tips of the main shoots, make sure the plant has food and water for the striving stomata and developing stomata. Hope I Helped <3 :)
Answer:
because the trigger for this is commonly encountered like a change in temperature
<span>simple distillation ur welcome :)</span>
