Across between one homozygous dominate individual and one homozygous recessive individual results in a individual

The cross between one homozygous dominate individual and one homozygous recessive individual results in a heterozygous dominant individual.

Explanation:

Dominant genes and recessive genes are two major types of alleles that are responsible to decide upon the morphological and genetic characteristics of an individual. According to Mendelian Genetics, the presence of one dominant allele is sufficient for exhibiting the morphological characters of dominancy.

Whereas the presence of 2 recessive alleles is important for exhibiting the characters of the particular recessive gene. So the cross between one homozygous dominate individual and one homozygous recessive individual results in a heterozygous dominant

stress fractures occur largely in the feet and legs and are common in sports that require repetitive impact, primarily running/jumping sports such as gymnastics or track and field.