If your mother's genes dominate, you may inherit her physical traits such as eye color, hair texture, and facial features. Dominant genes can significantly influence characteristics like height and body shape as well. Overall, you might resemble her more closely than your father, showcasing traits that are typically expressed more prominently when inherited. However, it's important to remember that genetics is complex, and many traits result from a combination of both parents' genes.
Because you get her genes and her chromosomes, which affects how you look, if you can get certain diseases, and it also gives you a few of your mothers skills;ex.art, singing, ext.
Children inherit a combination of genes from both parents, but the expression of these genes can vary significantly. Some traits may be more dominant or pronounced, leading to a child resembling one parent more than the other. Additionally, environmental factors and the influence of genes from previous generations can also play a role in a child's appearance. Ultimately, each child's unique genetic makeup results in a diverse range of resemblances.
genes can be codominant for example in blood groups a person can be A,B,AB or O. neither A nor B is more or less dominant than each other but they are dominant over O. there are many other types of dominance/recessive relationships in genes. you could look up epistasis on wikipedia to get a better idea of the bigger picture.
Each parent has a set of genes that is passed on to his/her offspring (children) and which genes become apparent in the child is all dependent on whichever genes are dominant over the recessive genes. For example, one parent may have blue eyes (dominant) and another has green eyes (recessive); it is more likely that the child will have blue eyes than green eyes*. *This example was merely for explanation; I don't know if blue eyes are dominant over green eyes or not.
Each parent has a set of genes that is passed on to his/her offspring (children) and which genes become apparent in the child is all dependent on whichever genes are dominant over the recessive genes. For example, one parent may have blue eyes (dominant) and another has green eyes (recessive); it is more likely that the child will have blue eyes than green eyes*. *This example was merely for explanation; I don't know if blue eyes are dominant over green eyes or not.
There are two ways to tell. Get a gene test or marry some one with the recessive trait and have 2 to four kids. Otherwise, no. There are two terms, genotype and phenotype. Genes can get pretty complicated because there are dominant and recessive genes. Dominant genes cover the expression of recessive genes so it is hard to tell if someone has an underlying recessive gene. When someone has a homozygous dominant gene, meaning both alleles are dominant, has the same phenotype as a heterozygous gene meaning one dominant and one recessive allele. Their genotypes are different, but their phenotype will look the same.
genes
they would look like queens
Yes, all mammals look like their mothers.
They can, but they can not be exactly like him. They have different genes and DNA. But they can look like him.
yep
Newborns will alway look like their parents because of the way that they are made. Embryos are a collection of cells that originated from two cells - the sperm cell and the egg cell. They then split and divide to eventually turn into a baby. The Genetic information passed onto the baby comes half from the mother and half from the father, meaning that the baby will always have characteristics of both the mother and fathers because of dominant and recessive genes being passed onto the child, such as connected earlobes or brown eyes. However characteristics that for example the grandmother had that the baby receives is because of dominant or recessive genes that were passed on in the (for example) mothers genetic makeup, that when she was made, was overpowered by a gene passed onto her from the grandfather.