The Lucky Kill Count in Barrows

666

Thervjhf bjhbgfdjke is a 50% chance of the offspring being either male or female because when a women and a man cross, their can be 4 possible results, two of which are males and 2 of which are females.

To determine which chromosome each parent would contribute to the child, we each flipped a two-sided coin. in which heads represented the dominant trait and tails represented the recessive.

If each coin represents a homologous pair of chromosomes, each flip would represent the random choice of one of two chromosomes which will participate in meiosis.

Genotype is the genetic makeup of an organism. Since many genotypes can be coding for the same phenotype, genotypes have more variation then phenotypes. An example from this lab is that for face shapes, round chins (A) are dominant to square chins (a) so there would be two genotypes for just one phenotype in round chins and they would be AA.

If both parents are homologous dominant, there would be 0/4 chance of this to happen. If one is heterozygous and one is homozygous dominant, there would be a 0/4 chance of this happening. If both are heterozygous, there would be a 1/4 chance. If one is heterozygous and one is recessive, there would be a ¾ chance of this happening. If both parents are recessive, there would be a 4/4 chance of this happening.

The chin shape influence influences the subsequent traits because if it has no dominant allele, the other two traits will not be expressed.

The chin shape, hair type, hair color, and red tints showed a blending of genes.

Some possible genotypes of the parents of a child with wavy hair are M1 M1 and M1 M1, M1  M1 and M1 M2, and M1 M2 and M1 M2..

More dominant genes cause the hair darker showing less recessive traits.