An organism has three different versions of gene tyx – version a, b and c. determine the inheritance pattern of this trait. then list below all of the different genotypes that an organism with this gene could have.

An allele is a diffrent form of genes

A

Explanation:

isn't really that hard... no offence

First option, different versions of genes.

Explanation: Things like skin color, hair color, height and a lot of other things that you maybe can't see at plain sight (Like genetic diseases and such things) are totally determined by your genetics (which are passed from parents to their childs, and this is why they have similar traits), this means that the right answer is Different versions of genes.

different numbers of chromosomes

1. a

2. b

3. a

4. d

5. c

I'm 100% sure that these are correct.  I hope this helps!

1. A - Dominant because all the offspring have yellow seeds.

2. B - must be recessive because the trait does not appear in the parent plants.

3. A - for a child to inherit sickle cell anaemia, both the child's mother and father must have and pass down the allele for the disease.

4. D - yes, it is possible if the parent with the disease passes down a recessive allele.

5. Chromosomes are structure that are made up of two versions of multiple genes.

I'm not entirely sure about the last one?

Alleles are defined as the DNA sequence in which the various forms of genes are defined, an example that can be given is the Tyr gene that has two which represent fat and skinny: TT (fat), Tt (fat) , tt (skinny).

The TT allele is homozygous dominant, the Tt allele where it is heterozygous dominant and tt is the homozygous recessive. This means that inheritance is defined by an autosomal dominant, autosomal recessive or incomplete version.

Explanation:

Alleles are defined as the DNA sequence in which the various forms of genes are defined, an example that can be given is the Tyr gene that has two which represent fat and skinny: TT (fat), Tt (fat) , tt (skinny).

The TT allele is homozygous dominant, the Tt allele where it is heterozygous dominant and tt is the homozygous recessive. This means that inheritance is defined by an autosomal dominant, autosomal recessive or incomplete version.

Explanation:

The inheritance pattern of these traits will be independent. However, it will depend on the factor that which trait is dominant or recessive. It might also show incomplete dominance.

The different genotypes that organisms of this population might have are aa, ab, ac, bb, bc , cc.  If neither of the alleles are completely dominant over the other, then incomplete dominance might exist for such genes.

The inheritance pattern of these traits will be independent. However, it will depend on the factor that which trait is dominant or recessive. It might also show incomplete dominance.

The different genotypes that organisms of this population might have are aa, ab, ac, bb, bc , cc.  If neither of the alleles are completely dominant over the other, then incomplete dominance might exist for such genes.