00:01
In order to answer this question, let's talk about inheritance.
00:03
It says explain the terms in complete dominance, codominance, and multiple alleens.
00:07
So, first, remember that, let's suppose that we have the a and the a here.
00:12
And they suppose that this one calls for red flowers and this calls for white flowers.
00:18
And let's suppose first, complete dominance.
00:20
When you have complete dominance, complete dominance, the homozygose dominant is going to code for red flowers.
00:27
And the heterocygous is also going to cause for great flowers.
00:30
Because it is enough to have one dominant allele in order to express the dominant phenotype that is wet in this case.
00:36
Okay? so this is what you have for complete dominance.
00:39
And the homocyrogyzance is going to call for white.
00:42
This is what happens in incomplete dominance.
00:44
When you have incomplete dominance, what is going to happen is that when you have the homocylus dominant, you're going to get wet.
00:52
When you get the homocysteoid, you're going to get white.
00:55
And when you get the heterocylus, you're in incomplete dominance, you're going to have that the heterozygos is going to call for a blend.
01:01
Between red and white, that in this case it's going to be pinned...