Answer the following question for the dog kennel that breed dogs given below:? Labradoodles are heterozygous (

Answer the following question for the dog kennel that breed dogs given below:?
Labradoodles are heterozygous (Aa)
Poodles are homozygous recessive (aa)
Labradors are homozygous dominant (AA)

Answer the following question for the dog kennel that breed dogs given below:
Use this table for parents and next (offspring) generation
Frequency of AA
Frequency of Aa
Frequency of aa
P= frequency of A
Q= frequency of a

What are frequencies of genotypes?

What are frequencies of alleles?

Is this kennel right now in Hardy-Weinberg balance? why or why not?

What will be the frequencies of genotypes in next generation under random breeding conditions and other Hardy-Weinberg assumptions?

If you could show me how to do the calculation in the following problem
5) a kennel which has 50 poodles, 100 labradoodles, and 50 labradors

I have absolutely no idea what you're even asking, so I'm just going to do my own thing.

> 5) a kennel which has 50 poodles, 100 labradoodles, and 50 labradors

Okay, now, that's really interesting.
Notice that you have 200 dogs total. That might come in handy in some of our calculations.

> Frequency of AA
Well, that's the labradors, so you want labradors as a portion of the total population, so
50 / 200 = 0.25

> Frequency of Aa
Well, that's the labradoodles, so you want labradoodles as a portion of the total population, so
100 / 200 = 0.5

> Frequency of aa
Well, that's the poodles, so you want poodles as a portion of the total population, so
50 / 200 = 0.25

Well okay!

> P= frequency of A
We can kind of streamline that for this problem since both the homozygotes and the heterozygotes have distinctive phenotypes.
So you have 200 dogs and thus 400 alleles 'cause each dog has two.
a poodle has 2 a alleles
a labrador has 2 A alleles