Which statement best explains the relationship between crossing over and genetic variation during meiosis?

After a single crossing-over event between genes A and B on homologous chromosomes with the original gene order ABC and abc, what would be the sequence of genes on each of the four resulting chromatids?

For two genes on the same chromosome, a recombinant gamete will be produced only if a(n):

Crossing over during prophase of mitosis occurs ______ as that in prophase of meiosis I.

Sister chromatids present at metaphase II might not be genetically identical to each other because:

Crossing over, resulting in an increase in genetic variation, occurs between _____.

A crossover in meiosis is an exchange of genetic material between:

In prophase I of meiosis, allele shuffling between homologous chromosomes occurs in a process called:

During which stage of meiosis does crossing over typically occur?