And then we're going to have an uppercase T here, uppercase T. And we're going to have a lowercase T, a lowercase T. So all I'm doing right now is basically determining what the distribution is in metaphase one of meiosis when this individual here forms gametes, because before they actually mate, they form gametes. The sex cells that must combine to form that individual. Now, we know by the law of independent assortment we can either have this arrangement or these can be switched. Now, if we have this arrangement right here during metaphase, one of meiosis these will be pulled apart and so we're going to form two haploid cells one of the cell will have these here and the other cell will have these two pairs here and then in meiosis too, these will separate and these will separate. And so at the end, what we're going to form is basically two types of cells. So we're going to form a cell that contains the upper case g. So we're going to simplify by simply drawing the uppercase g. And we're going to have uppercase T and we're going to have lowercase G and lowercase T. So this should be lowercase T, lowercase T and lowercase g. Now, this is in the case that we have the following arrangement along our equatorial line of the cell.