00:01
Okay, i'm going to answer this question, we have to do a part of the square, well, two patterns, it says in a mono -hybridged cross with complete dominance, it means practically we're going to, let's have the allele, the dominant a allele, and well, let's say here that it is dominant, but it's obvious because the capital letter represents a dominant allele, and this is going to be a regressive allele.
00:23
Okay, complete dominance means that whenever the dominant allele is present in the genotype, the genotype is made of two alleles, alley 1, alley 2, whenever the dominant allele is present in this genotype, it doesn't matter that this allel here because the dominant phenotype is going to be expressed.
00:41
Okay? so in order to express the excessive phenotype, you have to have an absence of the dominant allele.
00:49
It means you have to have homoseous aggressive.
00:51
So it says in a monohybrid cross with complete dominance, then it is, we have this cross, almostigo dominant with a almost psychoaccessive.
01:00
And we're going to have this.
01:04
This is a monohybrid cross because we're talking about only one gene that is a and this gene here.
01:10
This gene here.
01:11
It is not that we have another gene that is bb, for example, or cc, no, we only have the a gene.
01:19
So if you do this panel square, you're going to have a heterocybole for a hundred percent.
01:26
It means from this cross, there is going to be 100 percent chances to have heterozygos off -pring in the f -1...