No, actually many traits such as intelligence, height and skin color are polygeneic, meaning they are determined by more than one genes, so they don't come from one gene from both parents. And further going against the statement, TDF (Testis determining factor) is found only on the holandric part (non-homologous) of the Y chromosome, so that gene is only coming from one parent (the father).
domanant trait
Polygenic traits result in more variation because so many more alleles are involved in the process of reproduction.
it means it has one gene from the dominant trait and one gene from the recessive trait
An allele is a gene for a specific trait. Cells contain two alleles for every gene, with one allele provided by each parent of an organism.
That organism has two recessive alleles for that trait, one from each parent. It will display the recessive trait.
Crosses involving one gene or trait are called monohybrid crosses.
A sex linked trait.
The nucleus divedes
Polygenic traits result in more variation because so many more alleles are involved in the process of reproduction.
It was once believed that one gene controls one trait, so it is possible. Currently, the belief is that one gene can interact with other genes to control a trait, and that one gene can control more than one trait.
it means it has one gene from the dominant trait and one gene from the recessive trait
It is a dominant trait. You only need one gene of a dominant trait for that trait to be expressed. You need two copies of the recessive trait in order for the trait to be expressed.
It was once believed that one gene controls one trait, so it is possible. Currently, the belief is that one gene can interact with other genes to control a trait, and that one gene can control more than one trait.
A non Mendelian trait can be controlled by one gene. When a trait is controlled by one gene it results in genetic disorders. Examples of disorders due to single gene inheritance - Huntington disease, Fragile-X syndrome.
Has one dominant and one recessive gene for that particular trait.
23 from each parent... that's a total of 46 genes from both parents :D
Principle of independent assortment
No